SMC AMS30 Regulator Operation Manual PDF

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Summary of Content for SMC AMS30 Regulator Operation Manual PDF

No.PF-OMA1007

PRODUCT NAME

Air Management System

MODEL/ Series/ Product Number

AMS20 AMS30 AMS40 AMS60

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Table of Contents

Safety Instructions 3 Model Indication and How to Order 12 Names and Functions of Individual Parts 15

Definition and terminology 19 Mounting and Installation 23

Piping 23 Wiring 24

LED indicator 28 System overview 35 Initial Configuration 42 AMS Operation Setting 46 OPC UA Setting 53 PROFINET 58 I/O map 59 Function Setting on Hub Display 67

Function selection mode 67 Default setting 68 F0 Reference condition/Units selection function 69 F3 Select digital filter 71 F6 Fine adjustment of display value 72 F13 Setting for reverse display mode 73 F14 Zero cut-off setting 74 F16 Measurement display setting 77 F30 Setting of accumulated value hold 78 F40 Setting for standby/auto isolation function 79 F41 Setting for Force AMS mode 82 F80 Set display OFF mode 83 F81 Security code 84 F90 Setting of all functions 86 F96 Check of cycle time 87 F98 Setting of output check 88 F99 Reset to the default settings 92

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Other Settings 93 Maintenance 96 Forgotten the Security Code 96 Troubleshooting 97

Error display 100 Specifications 103

Characteristics data 107 Dimensions 114

Accessories 126

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Safety Instructions

These safety instructions are intended to prevent hazardous situations and/or equipment damage. These instructions indicate the level of potential hazard with the labels of "Caution", "Warning" or "Danger". They are all important notes for safety and must be followed in addition to International Standards (ISO/IEC)*1), and other safety regulations. *1) ISO 4414: Pneumatic fluid power -- General rules relating to systems.

ISO 4413: Hydraulic fluid power -- General rules relating to systems. IEC 60204-1: Safety of machinery -- Electrical equipment of machines. (Part 1: General requirements) ISO 10218-1: Robots and robotic devices - Safety requirements for industrial robots - Part 1: Robots. etc.

Caution Caution indicates a hazard with a low level of risk which, if not avoided, could result in minor or moderate injury.

Warning Warning indicates a hazard with a medium level of risk which, if not avoided, could result in death or serious injury.

Danger Danger indicates a hazard with a high level of risk which, if not avoided, will result in death or serious injury.

Warning 1. The compatibility of the product is the responsibility of the person who designs the

equipment or decides its specifications. Since the product specified here is used under various operating conditions, its compatibility with specific equipment must be decided by the person who designs the equipment or decides its specifications based on necessary analysis and test results. The expected performance and safety assurance of the equipment will be the responsibility of the person who has determined its compatibility with the product. This person should also continuously review all specifications of the product referring to its latest catalog information, with a view to giving due consideration to any possibility of equipment failure when configuring the equipment.

2. Only personnel with appropriate training should operate machinery and equipment. The product specified here may become unsafe if handled incorrectly. The assembly, operation and maintenance of machines or equipment including our products must be performed by an operator who is appropriately trained and experienced.

3. Do not service or attempt to remove product and machinery/equipment until safety is confirmed. 1. The inspection and maintenance of machinery/equipment should only be performed after measures to

prevent falling or runaway of the driven objects have been confirmed. 2. When the product is to be removed, confirm that the safety measures as mentioned above are

implemented and the power from any appropriate source is cut, and read and understand the specific product precautions of all relevant products carefully.

3. Before machinery/equipment is restarted, take measures to prevent unexpected operation and malfunction. 4. Contact SMC beforehand and take special consideration of safety measures if the

product is to be used in any of the following conditions. 1. Conditions and environments outside of the given specifications, or use outdoors or in a place

exposed to direct sunlight. 2. Installation on equipment in conjunction with atomic energy, railways, air navigation, space, shipping,

vehicles, military, medical treatment, combustion and recreation, or equipment in contact with food and beverages, emergency stop circuits, clutch and brake circuits in press applications, safety equipment or other applications unsuitable for the standard specifications described in the product catalog.

3. An application which could have negative effects on people, property, or animals requiring special safety analysis.

4. Use in an interlock circuit, which requires the provision of double interlock for possible failure by using a mechanical protective function, and periodical checks to confirm proper operation.

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Safety Instructions

Caution 1.The product is provided for use in manufacturing industries.

The product herein described is basically provided for peaceful use in manufacturing industries. If considering using the product in other industries, consult SMC beforehand and exchange specifications or a contract if necessary. If anything is unclear, contact your nearest sales branch.

Limited warranty and Disclaimer/Compliance Requirements The product used is subject to the following "Limited warranty and Disclaimer" and "Compliance Requirements". Read and accept them before using the product.

Limited warranty and Disclaimer 1. The warranty period of the product is 1 year in service or 1.5 years after the product is

delivered, whichever is first. *2) Also, the product may have specified durability, running distance or replacement parts. Please consult your nearest sales branch.

2. For any failure or damage reported within the warranty period which is clearly our responsibility, a replacement product or necessary parts will be provided. This limited warranty applies only to our product independently, and not to any other damage incurred due to the failure of the product.

3. Prior to using SMC products, please read and understand the warranty terms and disclaimers noted in the specified catalog for the particular products. *2) Vacuum pads are excluded from this 1 year warranty.

A vacuum pad is a consumable part, so it is warranted for a year after it is delivered. Also, even within the warranty period, the wear of a product due to the use of the vacuum pad or failure due to the deterioration of rubber material are not covered by the limited warranty.

Compliance Requirements 1. The use of SMC products with production equipment for the manufacture of weapons of

mass destruction (WMD) or any other weapon is strictly prohibited. 2. The exports of SMC products or technology from one country to another are governed by

the relevant security laws and regulation of the countries involved in the transaction. Prior to the shipment of a SMC product to another country, assure that all local rules governing that export are known and followed.

Caution SMC products are not intended for use as instruments for legal metrology. Products that SMC manufactures or sells are not measurement instruments that are qualified by pattern approval tests relating to the measurement laws of each country. Therefore, SMC products cannot be used for business or certification ordained by the measurement laws of each country.

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Operator

This Operation Manual is intended for those who have knowledge of machinery using pneumatic equipment, and have sufficient knowledge of assembly, operation and maintenance of such equipment. Only those persons are allowed to perform assembly, operation and maintenance.

Read and understand this Operation Manual carefully before assembling, operating or providing maintenance to the product.

Safety Instructions

Warning Do not disassemble, modify (including the replacement of printed circuit boards) or repair. Otherwise, an injury or failure can result.

Do not operate the product outside of the specifications. Do not use the product with flammable or harmful fluids. Fire, malfunction, or damage to the product may result. Check the specifications before use.

Do not use in an environment where flammable, explosive or corrosive gases are present. Otherwise, fire, explosion or corrosion may occur. The product is not designed to be explosion proof.

Do not use the product with flammable fluid Fire or an explosion may result. Only air is an applicable fluid.

Do not use the product in a place where static electricity is a problem. Otherwise failure or malfunction of the system can result.

If using the product in an interlocking circuit Provide a double interlocking system, for example a mechanical system. Check the product regularly for proper operation. Otherwise malfunction can result, causing an accident.

The following instructions must be followed during maintenance Turn off the power supply. Stop the air supply, exhaust the residual pressure in piping and verify that the air is released before performing maintenance work.

Otherwise an injury can result.

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Caution Do not touch the terminals and connectors while the power is on. Otherwise electric shock, malfunction and damage to the product can result.

After maintenance is complete, perform appropriate functional inspections and leak test. Stop operation if the equipment does not function properly or there is leakage of fluid. When leakage occurs from parts other than the piping, the product itself may be damaged. Cut off the power supply and stop the fluid supply. Do not apply fluid if the system is leaking. Otherwise, an unexpected malfunction may occur and it will become impossible to ensure safety.

Handling Precautions

Follow the instructions given below for selecting and handling. The instructions on design and selection (installation, wiring, environment, adjustment, operation,

maintenance, etc.) described below must be followed. Product specifications When conformity to UL is required, the product should be used with a UL1310 Class 2 Power supply. Use only the specified voltage. Otherwise failure or malfunction can result. Insufficient supply voltage may not drive a load due to a voltage drop inside the product. Check the operating voltage of the load before use. Do not apply a load that exceeds the max. load voltage or current. This may cause damage or shorten the lifetime of the product. Data stored by the product is not deleted, even if the power supply is disconnected. (Limit to rewrite: 1,500,000 times) The applicable fluids for this product is dry air. The operating fluid temperature range is 0 to 50 oC. Before designing piping confirm the pressure loss (Characteristic data) at the sensor from the pressure loss graph. Confirm pressure loss of the sensor from the characteristics data.

For details of the compressed air quality, refer to JIS B 8392: 2012[4: 6: -] or ISO8573-1:2010[4:6:-]. Use within the specified measurement flow rate and operating pressure. Otherwise it will not be able to perform proper measurement due to delivery delay of the fluid. Allow space for maintenance. Design the system allowing the required space for maintenance. Do not remove any nameplates or labels. This can lead to incorrect maintenance, or misreading of the operation manual, which could cause damage or malfunction to the product. It may also result in non-conformity to safety standards. Beware of the inrush current when the power supply is turned ON. Some connected loads can apply an initial charge current which will activate the over current protection function, causing the unit to malfunction.

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Product handling Mounting Do not drop, hit or apply excessive shock to the product. Otherwise damage to the product can result, causing malfunctions. Do not install the product in areas of high humidity or temperature. Operation outside of the product specification range may cause damage to the product or operation failure or shorten the product life. Connect the product ensuring the direction of "1" (IN) and "2" (OUT) for air direction by following the arrow indicated on the product. Incorrect connections may cause malfunction. Install with adequate space for maintenance around the product. Refer to the dimensional drawings for necessary space. Tighten the two set screws on the spacer with bracket and spacer evenly. Tighten them to the recommended tightening torque. Insufficient tightening may cause loosening or sealing failure, and excessive tightening may cause damage to the screws.

Recommended tightening torque Unit: Nm

Applicable models AMS20# AMS30# AMS40# AMS60# Part No. of spacer with bracket Y200T-2-D Y300T-2-D Y400T-1-D Y600T-2-D Part No. of spacer Y200-D Y300-D Y400-D Y600-D Tightening torque 0.360.036 1.20.05 1.20.05 2.00.1

When the air combination is fixed on a wall with hexagon socket head cap screws, a hexagonal driver is recommended as a tool.

Before piping is connected, the product should be thoroughly blown out with air (flushing) or washed to remove chips, cutting oil and solid foreign material from inside the piping. Contamination of piping may cause damage or malfunction. When screwing together pipes and fittings, etc., be certain that chips from the pipe threads and sealant do not get inside the pipe. When a sealant tape is used, leave 1.5 to 2 threads exposed.

Connect piping/fittings using the recommended torque while holding the female thread side tightly. Insufficient tightening torque leads to loosening or sealing failure, and excessive tightening leads to damage of the threads. Tightening without holding the female thread applies an excessive force to the piping bracket directly, leading to damage.

Recommended tightening torque Unit: Nm

Thread size 1/8 1/4 3/8 1/2 3/4 1 Tightening torque 3 to 5 8 to 12 15 to 20 20 to 25 28 to 30 36 to 38

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Do not apply torsion or bending moment other than the weight of the product itself. External piping needs to be supported separately as it may cause damage. If moment applied to the equipment is unavoidable during operation, the moment should be lower than the maximum moment shown below. Non-flexible piping like steel tube is susceptible to excessive moment load or vibration. Insert flexible tubes to prevent this.

Body size 20 30 40 60 Max. Moment (M) Nm 14.5 16 19.5 28

Max. Moment (M) = Length (L) x Load (F)

If a commercially available switching power supply is used, be sure to connect the frame ground (FG) terminal to ground.

Do not drop, hit or apply excessive shock to the product. Otherwise damage to the internal components may result, causing malfunction. Do not pull the lead wire forcefully or lift the product by the lead wire. (Tensile strength 49 N or less) Hold the product by the body when handling to prevent damage. Do not mount the body with the bottom facing upwards. Do not mount the product with the display facing upward. Retention of air can cause an inability to measure accurately. Do not insert metal wires or other foreign matter into the flow path. This can damage the sensor causing failure or malfunction Never mount the product in a place that will be used as a foothold during piping. The product may be damaged if excessive force is applied by stepping or climbing onto it. If there is a risk of foreign matter entering the fluid, install a filter or mist separator at the inlet to avoid failure and malfunction. Otherwise it can cause damage or malfunction. Or the flow switch will become unable to measure accurately. If the fluid flow on the IN side (entry side) of the product is unstable, correct measurement will not be possible. If a valve is used on the IN side (entry side) of the product, the fluid may be unstable due to the change of the effective area, and there may be an error in the flow measurement results. Avoid installing a lubricator on the inlet side of the digital flow switch as it may cause oil inflow and damage internal parts.

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Wiring (Including connecting/ disconnecting of the connectors) Do not pull hard on the lead wire. Especially never lift the product equipped with fitting and piping by holding the lead wires. Damage to the connector, circuit board, cover or internal components may result, causing failure or malfunction. Avoid repeatedly bending, stretching or applying excessive force to the lead wire. Repetitive bending stress or tensile stress can cause the sheath of the wire to peel off, or damage of the wire. If the lead wire can move, secure it close to the body of the product. The recommended bend radius of the lead wire is 6 times the outside diameter of the sheath, or 33 times the outside diameter of the insulation material, whichever is larger. Replace a damaged lead wire with a new one. Wire correctly. Incorrect wiring may cause malfunction or damage to the product. Do not perform wiring while the power is on. Otherwise damage to the internal components may result, causing malfunction. Do not route wires and cables together with power or high voltage cables. Route the wires of the product separately from power or high voltage cables to prevent noise and surge from entering the product. Confirm correct insulation of wiring. Poor insulation (interference with other circuits, poor insulation between terminals etc.) can apply excessive voltage or current to the product causing damage. Keep wiring as short as possible to prevent interference from electromagnetic noise and surge voltage. Do not use a cable longer than 20 m. Wire the DC(-) line (blue) as close as possible to the power supply. Take appropriate measures against noise, such as using a noise filter, when the Air Management System is incorporated into equipment. Otherwise noise can cause malfunction.

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Operating environment Do not use the product in an environment where the product is constantly exposed to water splashes. Otherwise failure or malfunction can result. Take measures such as using a cover. Do not use the product in an environment where corrosive gases or fluids splashes can occur. Otherwise damage to the internal parts can result, causing malfunction. Do not use the product in a place where the product could be splashed by oil or chemicals. If the product is to be used in an environment containing oils or chemicals such as coolant or cleaning solvent, even for a short time, it may be adversely affected (damage, malfunction, or hardening of the lead wires). Do not use in an area where surges are generated. When there are machines or equipment that generate large surges near the product (magnetic type lifter, high frequency inductive furnace, motor, etc.), this can result in deterioration and damage of the internal components. Take protective measures to isolate the surge sources, and prevent the lines from coming into close contact. Do not use a load which generates a surge voltage. When a surge-generating load such as a relay or solenoid is directly driven, use the product with built in surge protection. The product is CE/UKCA marked, but not immune to lightning strikes. Take measures against lightning strikes in the system.

Mount the product in a location that is not affected by vibration or impact. Otherwise it can cause damage or malfunction. Do not use the product in the presence of a magnetic field. Malfunction can result. Do not let foreign matter, such as wire debris, get inside the product. Otherwise it can cause damage or malfunction. Do not use the product in an environment that is exposed to temperature cycle. Heat cycles other than ordinary changes in temperature can adversely affect the internal components of the product. Do not expose the product to direct sunlight. If using in a location directly exposed to sunlight, protect the product from the sunlight. Failure or malfunction may occur. Keep the product within the specified ambient temperature range. The ambient temperature range is 0 to 50 oC. Operation under low temperature may lead to damage or operation failure due to frozen moisture in the fluid or air. Protection against freezing is necessary. Mounting of an air dryer is recommended for elimination of drainage and water. Avoid abrupt temperature changes even within the specified temperature range. Do not operate close to a heat source, or in a location exposed to radiant heat. Insufficient air quality may cause operation failure.

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Adjustment and Operation Perform settings suitable for the operating conditions. Incorrect setting can cause operation failure. Please refer to the PLC manufacturer's manual etc. for details of programming and addresses. For the PLC protocol and programming refer to the relevant manufacturer's documentation.

Connect the load before turning the power supply on. Do not short-circuit the load. Although an error is displayed when the product load has a short circuit, the generated over current may lead to damage to the product. Do not press the setting buttons with a sharp pointed object. This may damage the setting buttons. Supply power under no flow conditions. If using the product to detect very small flow differences, warm up the product for 10 to 15 minutes before use. There will be a drift on the display of approx. 2 to 3% for 10 minutes after the power supply is turned on. Perform settings suitable for the operating conditions. Incorrect setting can cause operation failure. During the initial setting, the product will switch the measurement output according to the condition before setting. Check the effect on the equipment before setting. Stop the control system for setting, if necessary. Do not touch the LCD during operation. The display can vary due to static electricity.

Maintenance Perform regular maintenance and inspections. There is a risk of unexpected failure of components due to the malfunction of equipment and machinery. Before performing maintenance, turn off the power supply, stop the air supply, exhaust the residual compressed air in the piping, and verify the release of air. Otherwise, unintended malfunction of system components can result. Maintenance and checks should be carried out according to the procedure in this operation manual. Incorrect handling of the product may cause damage or operation failure of the equipment or device.

Remove the condensate periodically. If condensate enters the secondary side, it can cause operation failure of pneumatic equipment. Do not use solvents such as benzene, thinner etc. to clean the product. This may damage the surface of the body or erase the markings on the body. Use a soft cloth to remove stains. For heavy stains, use a damp cloth that has been soaked with diluted neutral detergent and fully squeezed, then wipe the stains again with a dry cloth.

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Model Indication and How to Order Air Management System (Standby E/P regulator type)

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Air Management System (Standby regulator type)

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Air Management Hub

Optional Parts numbers If an accessory is required for maintenance purposes, order the following parts number.

Product name Parts number Note

Spacer with bracket

Y200T-2-D For body size 20 Y300T-2-D For body size 30 Y400T-1-D For body size 40 Y600T-2-D For body size 60

Piping adaptor

E200-##-D 1 For body size 20 E300-##-D 1 For body size 30 E400-##-D 1 For body size 40 E600-##-D 1 For body size 60

Wireless adaptor EXW1-A11N-X1 For wireless system M12 connector cable (320 mm) 2 EXA1-AC1 For wiring Hub to each device M12 connector cable (220 mm) 2 EXA1-AC2 For wiring Hub to each device

1: "#" is required to complete the thread and piping specification. Please refer to AC-D series catalogue for details. 2: Please refer to the following table for recommended combination.

Body size Standby E/P regulator Standby regulator Residual Pressure Relief valve 20

EXA1-AC1 EXA1-AC2 EXA1-AC2 30

40 60 EXA1-AC1

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Names and Functions of Individual Parts Air Management System (Standby E/P regulator type)

No. Name Function

1 Standby E/P regulator Control air pressure according to electrical signals from the Air Management Hub.

2 Air Management Hub Manage overall Air Management System devices, communication to upper layer and digital input module for signal from external devices.

3 Residual Pressure Relief Valve According to orders from the Air Management Hub, stop providing pressure and exhaust outlet pressure.

4 Piping adaptor Adaptors for piping connection.

5 Spacer with bracket Bracket that connects each module of the air management system and for installing to a wall.

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Air Management System (Standby regulator type)

No. Name Function 1 Standby regulator Control air pressure manually.

2 Air Management Hub Manage overall Air Management System devices, communication to upper layer and digital input module for signal from external devices.

3 Residual Pressure Relief Valve

According to orders from the Air Management Hub, stop providing pressure and exhaust outlet pressure. Soft start feature: a module for the valve is used to gradually raise the initial pressure in an air system, starting with low-speed air.

4 Piping adaptor Adaptor for piping connection.

5 Spacer with bracket Bracket that connects each module of the air management system and for installing to a wall.

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Air Management Hub

No. Part Description 1 Display Please refer to the following page for details. 2 Piping port For piping connections. 3 LED display Displays the Air Management Hub status. 4 Display cover Display cover for switch setting. 5 Display cover screw Screw to secure the display cover. 6 Connector (PORT1) Connector for Industrial Ethernet input. 7 Connector (PORT2) Connector for Industrial Ethernet output

8 Marker groove Groove for identification marker such as input/output signal name or unit address.

9 Connector (Power) Connector for power supply. 10 FE terminal Terminal to connect FE to Ground. 11 Wireless adaptor connector To connect Wireless adaptor. 12 Wireless adaptor bracket To mount wireless adaptor. 13 Seal cap (1 pc.) For all unused M12 connectors. 14 Seal cap (1 pc.) For M8 connector when not used. 15 Connector (PORT1) Connector for Residual Pressure Relief Valve.

16 Connector (PORT2) Connector for Standby E/P regulator or Standby regulator.

17 Connector (PORT3) Connector for Standby/Isolation signal. 18 Connector (PORT4) Connector for external I/O device or IO-Link device.

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Display

Part Description

Main display Displays the instantaneous flow rate, pressure value and error codes. (2 colour display)

Operation LED Indicates the output status of OUT. When the output is ON: LED is ON.

Sub display Displays the accumulated flow, temperature value, set value, and peak/ bottom value when in measurement mode.

UP button Selects the mode and the display shown on the Sub display, or increases the set point.

SET button Press this button to change the mode and to set a value.

DOWN button Selects the mode and the display shown on the Sub display, or decrease the set point.

Unit display (Instantaneous flow rate) Indicates the flow measurement units currently selected. Unit display (Accumulated value) Indicates the flow measurement units currently selected. Unit display (Pressure value) Indicates the pressure units currently selected. Unit display (Temperature value) Indicates the temperature units currently selected.

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Definition and terminology

Term Definition A

Accumulated flow The total amount of fluid that has passed through the device. If an instantaneous flow of 100 L/min lasts for 5 minutes, the accumulated flow will be 5 x 100 = 500 L.

Accumulated-value hold time

A function to store the cumulative flow value in the product's internal memory at certain time intervals. Reads the memory data when power is supplied. Accumulation of data begins with the value read at the moment power is supplied. The time interval for memorizing can be selected from 2 or 5 minutes.

AMS Air Management System. B

Base A unit which establishes wireless communication of input or output data to the remote. It is connected to a PLC to establish communication of input or output data.

Bottom value display (mode) Shows the min. from when the power was supplied to the current time.

Broken line detection A broken wire to the input or output equipment has been detected by the diagnostic function.

C Chattering The problem of the switch output turning ON and OFF repeatedly around the

set point value at high frequency due to the effect of pulsation.

Current consumption Current which is necessary to operate each unit. D

Delay time

Standby ON Delay The setting time from when the measured flow rate under standby flow rate(threshold) to the set duration. If the standby input signal received and Standby ON Delay time reached, the AMS change to standby mode. Standby OFF Delay The setting time from when the measured flow rate exceeds standby flow rate(threshold) to the set duration. When the AMS returns to Operation mode, AMS shall be back to Standby mode without waiting for Standby ON Delay time.

DHCP A protocol that automatically allocates information, necessary to be registered to use the network, such as an IP address, to individual devices connected to the TCP/IP network.

Digital filter

Function to add digital filtering to the fluctuation of the measured value. Smooth the fluctuation of displayed value for sharp start up or fall of the flow and pressure. When the function is valid, digital filtering is reflected to the ON/OFF of the switch output. The response time indicates when the set value is 90% in relation to the step input. Output chattering or flicker in the measurement mode display can be reduced by setting the digital filter.

Display accuracy Indicates the max. deviation between the displayed pressure value and the true value.

Display colour Indicates the color of the digital display.

Display value fine adjustment (function)

Displayed pressure value can be adjusted within the range of 5%R.D. (5% of displayed value). It is used if the true pressure value is known, or to eliminate differences between the displayed values of different instruments that are measuring the same pressure.

E Enclosure (IP)

Abbreviation of International Protection. Standard related to protection against extraneous matter, such as hand, steel ball, steel wire, dust particle or water, applied to the product.

Error displayed The error code number displayed, to identify the error detected by the self- diagnostic function of the Air Management Hub. Refer to the "Error display" on page 100 for details.

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Term Definition F FE Abbreviation of functional earth. The word "earth refers to functional earth.

F.S. (full span/full scale)

Abbreviation of full span or full scale; difference between the min. and max. rated pressure values. means the max. fluctuation range of the pressure switch rated value. For example, when the rated pressure range is 0 to 1.000 [MPa]: F.S. = 1.000 - 0 = 1 [MPa] (Reference: 1%F.S. = 1 x 0.01 = 0.01 [MPa])

FSU Fast Start Up. Function to shorten the time from initial operation of the equipment after supplying power to start communication.

Full duplex Communication system that can send and receive data at the same time bi- directionally

Function selection mode

A mode in which setting of functions is performed. It is a separate menu from the switch setting. If any function settings need to be changed from the factory default, each setting can be selected with "F". The setting items are: output mode, display colour, digital filter, display reverse, zero cut-off display on/off, display value fine adjustment, use of display OFF mode, and use of security code.

G GSDML file File to describes the product base data. H

Half-duplex Communication method that can send and receive data reciprocally in bi- directional communication.

Hysteresis The difference between ON and OFF points used to prevent chattering. Hysteresis can be effective in avoiding the effects of pulsation.

I Idle

Base has received the FAIL SAFE command, and remains idle. The output state can be set to CLEAR, HOLD or Software Control using the parameter settings.

Industrial Ethernet Network protocol to establish digital communication between an automated industrial system such as a measurement tool or manipulation tool and a PLC.

Instantaneous flow The flow passing per unit of time. If it is 10 L/min, there is a flow of 10 L passing through the device in 1 minute.

Insulation resistance Insulation resistance of the product. The resistance between the electrical circuit and the case.

IP address A 32 bit digit sequence which is assigned to identify devices which are connected to the network.

Isolation input Trigger input signal to change status to Isolation mode.

Isolation mode The mode that Residual Pressure Relief Valve exhaust outlet pressure is intended to use during the machine stopped state.

K Key-lock function Function that prevents changes to the settings of the Air Management Hub

(disables button operation). M MAC address A unique number inherent to all devices connected to an PROFINET network.

Max. load current The max. current that can flow to the output (output line) of the switch output.

Measurement mode Operating condition in which flow rate, pressure and temperature is detected and displayed, and the switch function is operating.

MRP Media Redundancy Protocol. Performs fast switching to a redundant communication route, when a problem occurs within a Ring network.

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Term Definition N

Normal condition The flow which is converted into the volume at 0 oC and 101.3 kPa (absolute pressure). indicates that the product is in normal condition.

O Operating fluid temperature Range of fluid temperature that can be measured by the product. Operating humidity range Humidity range in which the product can operate. Operating temperature range Ambient temperature range in which the product can operate. Operation mode Provide air pressure for the machine to operate. Output light A light that turns on when the switch output is ON.

P Paring Registration of the PID (Product ID) of the remote to be connected to the base.

Registration occurs at the initial setting, then the wireless system will activate.

Peak value display (mode) Shows the max. value from when the power was supplied to the current time.

PID Product ID. A 32 bit digit sequence which is assigned to identify the wireless unit (base/remote).

PLC Programmable Logic Controller. A digital computer used for automation of electromechanical processes.

PNP input Accepts a sensor output that uses a PNP transistor output signal.

PNP output The output type that uses a PNP transistor to operate an output device. This is also known as a negative common type since a negative potential is applied to the power supply line.

Pressure characteristics Indicates the change in the display value when the fluid pressure changes.

Pressure ramp up duration Sets time to reach the setting pressure from isolation mode or standby mode to operation mode.

Proof pressure Pressure limit that if exceeded will result in mechanical and/or electrical damage to the product.

R Rated flow range

The flow range within which the product will meet all published specifications. Values outside of this range can be set as long as they are within the set flow range, but the specifications cannot be guaranteed.

Rated pressure range The pressure range within which the product will meet all published specifications. Values outside of this range can be set as long as they are within the set pressure range, but the specifications cannot be guaranteed.

Rated temperature range

The temperature range within which the product will meet all published specifications. Values outside of this range can be set as long as they are within the set temperature range, but the specifications cannot be guaranteed.

Remote A unit which establishes wireless communication of input or output data to the base.

Repeatability Reproducibility of the display value, when the measured quantity is repeatedly increased and decreased.

R.D.

Current read value For example, when the display value is 1.000 [MPa], 5%R.D. is 5% of 1.000 [MPa], which becomes 0.05 [MPa]. When the display value is 0.800 [MPa], 5%R.D. is 5% of 0.800 [MPa], which becomes 0.04 [MPa].

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Term Definition S

Short circuit detection Diagnostic function which detects generation of an over current due to a short circuit between the output and the positive power supply line or the ground line.

Short circuit protection Function which protects from damage to the internal circuit when over current is generated due to short circuit between the output and the positive power supply line or the ground line.

Smallest settable increment The resolution of set and display values. If the min. setting unit is 2 L/min, the display will change in 2 L/min steps, e.g. 30..32..34 L/min.

Standard condition The flow which is converted to the volume at 20 oC and 101.3 kPa (absolute pressure). indicates that the product is in standard condition.

Standby input Trigger input signal to change status to Standby mode. Standby mode Air pressure controlled by a standby regulator during a machine stopped state.

T Temperature characteristics Indicates the change in the display value caused by ambient temperature

changes.

U Units selection function

A function to select display units other than the international unit (SI unit) specified in the new Japanese measurement law. The product is not equipped with this function.

W Wetted part A part that comes into physical contact with the fluid.

WiFi Wireless Fidelity. Brand name which indicates the wireless LAN equipment is compliant to an international standard.

Wireless adaptor The antenna to communicate among AMS devices by wireless communication. Wireless channel Identification number of the remote connected to the base. Wireless system This is a general term for the network including base and remote.

Wireless unit A unit which establishes wireless communication. This is a generic name of the base and remote.

Withstand voltage

A measure of the product's resistance to a voltage applied between the electrical circuit and case. Durability in withstanding voltage. The product may be damaged if a voltage above this value is applied. (The withstand voltage is not the supply voltage used to power the product.)

Z Zero-clear function This function is used to adjust the displayed pressure to zero.

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No.PF-OMA1007

Mounting and Installation Piping

Caution Before piping is connected, the product should be thoroughly blown out with air (flushing) or washed to remove chips, cutting oil and solid foreign material from inside the piping.

When screwing together pipes and fittings, etc., be certain that chips from the pipe threads and sealant do not get inside the piping.

Fit the raised part of the spacer to the recessed part (groove for the raised part) of the product. Tighten the retainer A with two hexagon socket head cap screws temporarily. Tighten the two hexagon socket head cap screws evenly using a hexagonal wrench. Refer to the table below for the tightening torque for the screws.

Applicable model Hexagonal wrench socket size nominal value Tightening torque AMS20# 2 mm 0.360.036 Nm AMS30#

3 mm 1.20.05 Nm AMS40# AMS60# 4 mm 2.00.1 Nm

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No.PF-OMA1007

Wiring

(1) Power M12 4-pin A-coded (Plug) connector is used for the connection between the Air Management Hub and the power supply.

Connector Pin No. Signal Details

1 DC(+) 24 VDC 2 NC Not connected 3 DC(-) 0 V 4 NC Not connected

(2) Communication line M12 4-pin D-coded (Socket) Use this port for Industrial Ethernet communication or access to integrated Web server. : type doesn't have the connector.

Connector Pin No. Signal

PORT1/PORT2

1 TX+ 2 RX+ 3 TX- 4 RX-

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No.PF-OMA1007

(3) Connection to each device

Refer to the following instructions when device maintenance/replacement is required. AMS components and signals connect to the four connectors on the rear of the Air Management Hub. All connections are M12 A-coded. The following table shows the functions of each port.

Port Function 1 Connection to Residual Pressure Relief Valve 2 Connection to standby regulator 3 Digital input signals for standby and isolation 4 User configurable port (IO-Link or DIO)

AMS##A Series AMS##B Series

Connection to Residual Pressure Relief Valve (VP) Hub side: M12 5-pin A-coded (Socket)

Connector Pin No. Signal Details

1 NC Not connected 2 NC Not connected 3 0 V 0 V 4 Output Output 5 NC Not connected

VP side: M12 3-pin A-coded (Plug)

Connector Pin No. Signal Details

3 0 V 0 V

4 + Input

5 FE Ground

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No.PF-OMA1007

Connection to Standby regulator Hub side M12 5-pin A-coded (Socket)

Connector Pin No. Signal Details

1 24 V 24 VDC 2 NC Not connected 3 0 V 0 V

4 C/Q ITV: IO-Link ARS: Output

5 NC Not connected

Standby E/P regulator (ITV) side M12 5-pin A-coded (Socket) Connector Pin No. Signal Details

1 24 V 24 VDC 2 NC Not connected 3 0 V 0 V 4 C/Q IO-Link 5 NC Not connected

Standby regulator (ARS) side M12 3-pin A-coded (Socket)

Connector Pin No. Signal Details

3 0 V 0 V

4 C/Q Output

5 NC Not connected

Digital input signal for Standby or Isolation mode This port is for an input signal to control Standby mode and Isolation mode. The connection required is according to user's equipment. M12 5-pin A-corded (Socket)

Connector Pin No. Signal Details

1 24 V 24 VDC 2 IN2 Input for Isolation 3 0 V 0 V 4 IN1 Input for Standby 5 NC Not connected

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No.PF-OMA1007

User configurable port This port can be configurable by users for digital input/ output/ IO-Link master. M12 5-pin A-coded (Socket)

Connector Pin No. Signal Details

1 24 V 24VDC 2 I/Q Digital Input 3 0 V 0V

4 C/Q IO-Link

Digital Input (PNP) Digital Output (PNP) 1

5 NC Not Connected 1: Can be changed by setting parameters.

Connection to Wireless adaptor Connect wireless adaptor if wireless system required. Hub/wireless adaptor: M8 4-pin A-coded (Plug)

Connector Pin No. Signal Details

1 24 V 24 VDC (US1) 2 Internal Bus B Internal Bus B 3 0 V 0 V (US1) 4 Internal Bus A Internal Bus A

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No.PF-OMA1007

LED indicator Air Management Hub (Base type)

LED LED colour PROFINET EtherNet/IPTM

SF/MS

OFF Normal operation or the power supply is OFF. Power supply is OFF.

Orange flashing Node flashing test command received. Internal communication error in wireless adaptor.

-

Green ON - Normal operation.

Green flashing

Power supply voltage is abnormal. Short circuit of power supply in input or output port. Excessive I/O setting inputs/outputs.

EtherNet/IPTM connection is not established.

Red flashing Pairing mode. (synchronized with BF)

Power supply voltage is abnormal. Short circuit of power supply in input or output port. Excessive I/O setting inputs/outputs. Internal communication error in wireless adaptor. Pairing mode. (synchronized with NS)

Red ON Non-restorable error is detected. (e.g. Hardware failure)

BF/NS

OFF PROFINET communication established. -

Green ON OPC mode operating. EtherNet/IPTM communication is established.

Green flashing - EtherNet/IPTM communication is not established.

Red flashing Paring mode. (synchronized with SF) EtherNet/IPTM communication timeout. Pairing mode. (synchronized with MS)

Red ON

Cable not connected between PLC and AMS Hub.

Wrong device name on PROFINET. Wrong IP address or not configured. Wrong GSDML file. Configuration mismatch between PLC and actual connection.

Duplicated IP addresses are detected.

PWR OFF No power supplied.

Green flashing Power supply voltage is abnormal. Green ON Power supply voltage is in the specification.

MODE

OFF During initialization. Green ON Operation mode.

Green flashing Waiting for Standby signal. Orange ON Standby mode.

Orange flashing Isolation mode.

SIG

OFF No signal received. Green flashing Input port short circuit.

Green ON Standby input signal ON. Orange flashing Isolation input signal ON.

Orange ON Standby input and Isolation input are both ON.

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No.PF-OMA1007

LED LED colour Operation

L/A PORT1

OFF PORT1: No Link, No Activity Green ON PORT1: No Link, No Activity

Green Flashing PORT1: No Link, No Activity

L/A PORT2

OFF PORT2: No Link, No Activity Green ON PORT2: No Link, No Activity

Green Flashing PORT2: No Link, No Activity

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No.PF-OMA1007

Air Management Hub (Remote type)

LED LED colour Operation

ST

OFF Normal operation or the power supply is OFF.

Green flashing Power supply voltage is abnormal. Short circuit of output ports of 24 V port.

Red flashing Pairing mode. (synchronized with SA) Red ON Component failure inside the AMS Hub.

Orange flashing Internal communication error in wireless adaptor.

SA OFF Standalone mode.

Green ON Wireless mode. Red flashing Pairing mode. (synchronized with ST)

PWR OFF Power not supplied.

Green flashing Power supply voltage is abnormal. Green ON Power supply voltage is in the specification.

MODE

OFF During initialization. Green ON Operation mode.

Green flashing Waiting for standby signal. Orange ON Standby mode.

Orange flashing Isolation mode.

SIG

OFF No signal received. Green flashing Input port short circuit.

Green ON Standby input ON. Orange flashing Isolation input ON.

Orange ON Standby input and Isolation input are both ON.

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No.PF-OMA1007

Air Management Hub (Port status)

Port1(VP)

LED LED colour Operation

VP (CQ_1)

OFF Output signal OFF. Orange ON Output signal ON.

Red ON Short circuit detected. Port2(ITV/ARS)

LED LED colour Operation

ITV/ARS (CQ_2)

OFF Output signal OFF. Orange ON Output signal ON. (ARS)

Green flashing (1 Hz) IO-Link device not connected.

Green flashing (2 Hz)

Connected device matching error. Device process data mapping error. Data storage writing error.

Green ON IO-Link device in communication. Red ON Short circuit detected. (24 V or C/Q)

Port3(Standby signal)

LED LED colour Operation

Standby signal

(CQ_3)

OFF Input signal OFF. Orange ON Input signal ON.

Red ON Short circuit detected. (24 V) Port3(Isolation signal)

LED LED colour Operation Isolation

signal (IQ_3)

OFF Input signal OFF.

Orange ON Input signal ON.

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No.PF-OMA1007

Port4(IO-Link) The C/Q_4 LED status varies depending on the setting of Pin No.4 (disabled, IO-Link communication, digital I/O) of port 4.

Pin function LED colour Operation

Deactivated (Port

disabled)

OFF Port disabled.

Red ON Short circuit detected. (24 V)

IO-Link (IO-Link

communication)

Green flashing (1 Hz) IO-Link device disconnected.

Green flashing (2 Hz)

Connected device matching error. Device process data mapping error.

Green ON IO-Link device communicating. Red ON Short circuit detected. (24 V of C/Q)

DI (Digital Input)

OFF Input signal OFF. Orange ON Input signal ON.

Red ON Short circuit detected. (24 V)

DO (Digital Output)

OFF Output signal OFF. Orange ON Output signal ON.

Red ON Short circuit detected. (24 V or C/Q) The I/Q_4 LED displays the status of Pin No.2 (Digital input) of each IO-Link port of port 4.

Pin function LED colour Operation

DI (Digital Input)

OFF Input signal OFF. Orange ON Input signal ON.

C/Q_4I/Q_4 common

Pin function LED colour Operation

Condition of all pins

Red/Green flashing alternately Internal memory error.

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No.PF-OMA1007

Wireless adaptor

LED LED colour Operation

PWR Green ON Power US1 (Control) ON. Red ON Unrecoverable error is detected.

OFF US1 (for control) power supply is OFF.

W-SS

Green ON The level of received radio wave power is 3. Green flashing

(1 Hz) The level of received radio wave power is 2.

Green flashing (2 Hz) The level of received radio wave power is 1.

Red flashing No Remotes are connected.

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No.PF-OMA1007

Standby E/P regulator

LED LED colour Operation

Power LED Green ON Normal operation.

Green flashing Communication system error. OFF Internal memory error/No power supplied.

Communication LED

Green ON IO-Link communication not established. Green flashing IO-Link communication established.

OFF No power supplied.

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No.PF-OMA1007

System overview The AMS consists of three base components. Standby E/P regulator or Standby regulator: Electrical or manual adjustment of standby pressure. Standby pressure is activated by electrical signal from the Air Management Hub.

Air Management Hub: Measures flow rate, pressure and temperature, manages network communication and controls the composed devices.

Residual Pressure Relief Valve: Exhaust the downstream pressure and is connected to the AMS Hub. The AMS components are compatible with SMCs modular AC-D F.R.L. system and can be combined with existing installations. Two versions of the Air Management Hub are available, base type and remote type. These can be combined to create a wireless network of up to 11 Air Management Hubs (1 wireless base + 10 wireless remotes). Data for all connected AMS wireless remotes is available on the network via the AMS wired/base using Fieldbus and OPC UA. 1. Air Management Hub: Base type (EXA1-##-PN/EXA1-##-EN)

The Air Management Hub wired/base version comes with Industrial Ethernet and OPC UA for data communication and webserver for parameter setting. A wireless adapter can be connected to use the Air Management Hub as a wireless base. AMS wireless remotes can then be paired to the AMS wireless base.

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No.PF-OMA1007

2. Air Management Hub: Remote type (EXA1-##-SA)

The Air Management Hub remote type comes with no data communication. It could be used as standalone. Optionally a wireless adapter can be connected to use the Air Management Hub as a wireless remote.

3. Standby regulator: manual pressure setting type (ARS)

The manual pressure setting type uses an ARS module to set the standby pressure.

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No.PF-OMA1007

4. Standby E/P regulator: Electrical pressure setting type (ITV)

The electrical pressure setting type uses an ITV module to set the operation pressure and standby pressure.

5. Residual Pressure Relief Valve (VP)

A VP valve module can be used for isolation mode with an optional soft start function. The silencer is not included and therefore should be ordered separately.

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No.PF-OMA1007

6. User configurable port

Each Air Management Hub has one spare port which can be configured to be either: 1 DI & IO-Link 1 DI & 1 DO 2 DI Additional compact wireless remotes (EXW1-RD#) can be paired to an AMS wireless base to provide extra digital IO (maximum of 10 wireless remotes per AMS wireless base).

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No.PF-OMA1007

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No.PF-OMA1007

Working Principle

The Air Management System (AMS) functions in three modes: Operation, Standby and Isolation. When the measured flow rate is below a set flow value "1. Standby flow rate (Threshold)" for longer than a set time "2. Standby ON delay" and "3. Standby input signal" is ON (24 VDC by digital input or logic high by PLC or OPC UA), the AMS output pressure will be reduced from the operation pressure down to the user specified "4. Standby pressure". AMS is the non relief construction hence air consumption is required to drop pressure to the standby pressure. While in standby mode, and if enabled "5. Auto isolation", after a set time "6. Isolation delay" the Residual Pressure Relief Valve will close, and the downstream pressure will be exhausted. While in Standby Mode or Isolation Mode, if the "3. Standby input signal" switches OFF (0 V and logic Low), the AMS output pressure will increase back to the operation pressure. If the "3. Standby input signal" is ON (24 VDC/High) again within the set time "7. Standby OFF delay" after returning to operation mode, the AMS will immediately return to Standby Mode. If at any point the "8. Isolation input signal" is OFF (0 V/Low), the AMS will be forced into isolation mode. Hysteresis can also be set for the standby flow rate threshold with parameter "9. Standby flow rate (Hysteresis)". : The above describes the be haviour for the normally closed (NC) type. For normally open (NO) type, the isolation input signal

"8. Isolation input signal" is inverted.

AMS##A series can be set the time to reach operation pressure with the "10. Pressure ramp up duration". AMS##B series have a "11. Soft start function" when it back from isolation mode to operation mode.

The table below summarizes the AMS inputs and parameters.

Item Name Type 1 Standby flow rate (Threshold) Configurable parameter. 2 Standby ON delay Configurable parameter. 3 Standby input signal Process Data or Digital Input.

4 Standby pressure AMS##A: Configurable parameter. AMS##B: Hand adjustable.

5 Auto isolation Configurable parameter. 6 Isolation delay Configurable parameter. 7 Standby OFF delay Configurable parameter. 8 Isolation input signal Process Data or Digital Input. 9 Standby flow rate (Hysteresis) Configurable parameter. 10 Pressure ramp up duration Configurable parameter. 11 Soft start function Mechanical, configurable by an adjusting screw on the product.

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No.PF-OMA1007

Timing Chart

The following figure shows an example timing diagram for the NC type AMS##A and NO type AMS##B. This timing chart is for reference only, the actual be haviour depends on the machine volume connected to the AMS outlet side.

AMS##A: NC type

AMS##B: NO type

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No.PF-OMA1007

Initial Configuration DIP Switch setting

The hardware setting of the Air Management Hub is configured using Setting 1 DIP switch No.1 to 4. Loosen the display cover screw and open the display cover using a flat head screwdriver.

Refer to the flowing table to set the DIP switches.

AMS Switch Position

Switch Number 1 2 3 4

Communication Method Regulation Type NO/NC Wireless Pairing

Mode

Base type OFF Industrial Ethernet ARS NC Refer to Wireless

Network Configuration

(page 45)

ON OPC UA ITV NO

Remote type OFF Wireless Remote ARS NC ON Standalone ITV NO

: Switch Numbers 1 to 3 must be set with the power supply OFF. : Use an insulated flat-blade screwdriver.

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No.PF-OMA1007

AMS functions depending on the DIP switch 1 is as follows.

AMS Base type

Machine to AMS control Monitor Data

Industrial Ethernet disconne

ction error

Via Digital Input

Via Industrial Ethernet OPC UA

Fieldbus OPC UA Switch No.1

Position

Communication Method

Standby and Isolation control

Standby and Isolation control

IO or IO-Link Setting (User

configurable Port)

Standby and Isolation control

IO or IO-Link Setting (User

configurable Port)

OFF Industrial Ethernet

Available Available Available Not available Not available Available Available Available

ON OPC UA Available Not Available Not available Available Available Not

Available Available Mask

AMS Standalone

Remote type Machine to AMS control Monitor Data

Via Digital Input Via AMS Base Via AMS Base

Switch No.1

Position

Communication method

Standby and Isolation control

Standby and Isolation control

IO or IO-Link Setting (User configurable

Port)

Standby and Isolation control

IO or IO-Link Setting (User configurable

Port)

OFF Wireless Available Available Available Available Available

ON Standalone Available Not Available Not Available Not Available Not Available

DIP Switch configuration example for AMS40A-F04C-PN-MLG

Switch No.

1 2 3 Communication method Regulation type NO/NC

Switch position Depends on the application ON or OFF ON OFF

Description

OFF when AMS is controlled by Fieldbus. ON when AMS is controlled by OPC UA.

"A" from parts number means Standby E/P regulator.

"C" from parts number means NC type.

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No.PF-OMA1007

Web Server connection

The Air Management Hub base type has a web server which is used for configuration and maintenance. To access the web server, connect a PC to the network and enter the Air Management Hub IP address into a web browser. Ensure that the Air Management Hub and PC are on the same IP subnet. The default login credentials are:

Username = "Administrator" Password = "admin"

Details for each Air Management Hub can be viewed by clicking the relevant AMS in the navigation panel.

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No.PF-OMA1007

Wireless Network Configuration

The Air Management Hub can be configured to make a wireless network. Connecting a wireless adapter (EXW1-A11N-X1) to the M8 "ADPTR" port of the AMS will allow wireless communication.

ADPTR port

Each of the AMS devices need to be set to pairing mode. Starting with DIP switch 4 of SW 1 in the OFF position, perform the sequence ON >> OFF >> ON. The SF/MS/ST and BF/NS/SA LEDs of each device will flash red. Connect to the webserver. The available remote devices will appear in the "FREE REMOTE" section. Using the symbol, click and drag the remote devices up to the "SYSTEM CONFIGURATION" section. Click "Write Configuration" to pair the devices and then set DIP switch 4 of SW 1 to OFF on the Air Management Hub Base.

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No.PF-OMA1007

AMS Operation Setting Force AMS mode

During configuration it may be necessary to force the AMS into operation mode standby mode or isolation mode. This can be done using the Air Management Hub display and buttons or via the webserver. Refer to [F41] Force AMS Mode setting to set parameter via buttons. (page 82) The following example shows the parameter set via the Web server. Navigate to the "System Parameter" tab of the AMS which will be forced. Select the "Force AMS mode" option to be forced and click "Write parameter".

To finish forcing, set the "Energy saving mode" to "AMS".

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No.PF-OMA1007

Standby regulator pressure setting

For the ARS type AMS, the operation pressure is the same as the AMS supply pressure. To set the standby pressure, the AMS must first be forced into standby mode. When in standby mode, set the standby pressure by turning the handle on the regulator module.

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No.PF-OMA1007

Standby E/P regulator pressure setting

For the ITV type AMS, the operation pressure and standby pressure are set using the webserver, ITV buttons or via Fieldbus.

Setting via Webserver To change the operating pressure, Standby Pressure, or pressure ramp up duration, navigate to the "Standby E/P regulator" tab of the AMS.

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No.PF-OMA1007

Setting via buttons To set the operation and standby pressure, press the "S" button once on the ITV, then use the up and down arrows to select PS1 (operation pressure) or PS2 (standby pressure). Press the "S" button again to allow editing and use the arrows to modify the value. Press the "S" button to set the value.

Measurement mode

Press the SET button.

Pressure set point in operation mode Press the UP or DOWN button to change the setting.

Press the SET button.

Pressure set point in standby mode Press the UP or DOWN button to change the setting.

Press the SET button.

Measurement mode

: Refer to Operation Manual for "ITV#050-IL#-#-#-X399".

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No.PF-OMA1007

To configure the pressure ramp up duration, hold the "S" button on the ITV until the display shows "F01" and use the up and down arrows to select "F07". Press the "S" button once and edit the value. The value displayed on the screen is seconds x10. Once the correct value has been selected press the "S" button to set it.

Measurement mode

Press the SET button for 2 seconds.

Menu display

Press the UP button 4 times.

Menu display

Press the SET button.

Pressure ramp up duration Press the UP or DOWN button to change the setting.

Press the SET button.

Menu display

Press the SET button for 2 seconds.

Measurement mode

: Refer to Operation Manual for "ITV#050-IL#-#-#-X399".

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No.PF-OMA1007

Parameter setting for Standby mode/Isolation mode. The parameters can be set by Webserver, display buttons on the Air Management Hub or via Industrial Ethernet. Refer to [F40] Standby function setting to set parameter using the buttons. (page 79)

Setting via Webserver Navigate to the "Sensor" tab of the AMS webserver. Modify the values and click "Write parameter".

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No.PF-OMA1007

Parameter Setting Priority The Air Management Hub Base parameter "Overwriting parameter by Record Data" controls the priority for the parameter setting. If enabled, the PROFINET GSDML settings will overwrite the webserver settings. In the webserver, go to the "System Parameter" section of the Air Management Hub Base to change this setting.

The Air Management Hub Remote parameter "Module parameter overwrite" controls the priority for the parameter setting. If enabled, the parameters set using the buttons are prioritised over the parameter AMS base. This means that the remote parameters will not be overwritten by base parameters when the system is power cycled or wireless communication is re connected. In the webserver, go to the "System Parameter" section of the Air Management Hub Remote to change this setting.

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No.PF-OMA1007

OPC UA Setting OPC UA

The Wireless base provides the data from connected remotes via OPC UA. Depending on the OPC UA client used, the AMS Base may require an OPC UA certificate to be installed.

Communication Specifications

Refer to the following table for the AMS OPC UA communication limits. Parameter Value

MaxMonitoredItemsPerCall 100 MaxNodesPerBrowse 20 MaxNodesPerMethodCall 5 MaxNodesPerNodeManagement 0 MaxNodesPerRead 100 MaxNodesPerRegisterNodes 1 MaxNodesPerTranslateBrowsePathsToNodeIds 20 MaxNodesPerWrite 30 MinsupportedSampleRate 1000 ms Max OPC UA Clients 2

OPC UA Configuration

The OPC UA parameters can be changed in the webserver by selecting the "OPC UA" section of the Air Management Hub base. An OPC UA discovery server address can be provided. The Air Management Hub Base will connect to the discovery server to obtain the correct timestamp.

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No.PF-OMA1007

OOPC UA nodes are user configurable and can be imported and exported via a csv file. Refer to the Process data map to configure user nodes. The "Write Enable" check box enables outputs to be written to by OPC UA. The "Buffer Enable" check box enables buffering of the selected node.

An adjustable data buffer is available via OPC UA for up to 1800 bytes of data and a sampling rate of 100 ms or longer.

Parameters Description

Data buffer Enable or Disable The data buffer array can be enabled or disabled for each OPC UA node.

Historical Data Buffer Sampling Cycle Sampling cycle time for the buffer. The parameter is applicable for all nodes which enabled the data buffer.

Number of data blocks The number of points stored in the buffer. The parameter is applicable for all nodes with the data buffer enabled.

The time stamp is LDAP/Win32 format. To convert from the buffer data to a time, the bytes must first be combined. The resulting decimal value is the number of 100 ns passed since January 1st, 1601. The example is shown in the following table.

Data [0] Data [1] Data [2] Data [3] Dec 472 38370 12261 55367 Hex 1D8 95E2 2FE5 D847

Combine 1D895E22FE5D847 DEC 133020987706169000

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No.PF-OMA1007

The endian can be changed between big and little. The figure below shows an example of how the process data is mapped for big and little endian.

Comparison of big endian and little endian

UaExpert Connection The example below uses the OPC UA client UaExpert to connect the wireless base OPC UA server. Click the plus symbol and then add a "custom discovery" server. Enter the IP address of the AMS.

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No.PF-OMA1007

Expand the AMS server and select the "None" security option.

OPC UA security type

Click the "Connect" button and enter the username and password for the AMS (both are "admin").

OPC UA login

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No.PF-OMA1007

Navigate in the Address Space to the "ParameterSet" and expand it to see all the configured nodes available on the AMS.

Server address base

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No.PF-OMA1007

PROFINET The figure below shows an example AMS configuration in TIA Portal. Select the diagnostic data to use and the wireless base type then add any additional remote units. This example shows a system with full diagnostics, one AMS Base and two AMS remotes.

Each AMS component can be configured in Device Overview. Select the component and view the properties tab to modify the AMS parameters. GSDML settings will only be written if the record data parameter is set to enabled.

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No.PF-OMA1007

I/O map Input map

AMS Base

Byte Bit

Note 7 6 5 4 3 2 1 0

0 System diagnostic information 1

Refer to Standard EX600-W system diagnostics

1 System diagnostic information 2

2 System diagnostic information 3

3 System diagnostic information 4

4 Remote connection information 1

5 Remote connection information 2

6 Remote diagnostic information 1

7 Remote diagnostic information 2

8 Remote registration information 1

9 Remote registration information 2

10 Accumulated flow [high word]

Unit: 10 L or ft3 11

12 Accumulated flow [low word]

13

14 Instantaneous flow [high byte] Unit: L/min

15 Instantaneous flow [low byte]

16 Fluid temperature [high byte] Unit: 0.1 oC

17 Fluid temperature [low byte]

18 Pressure [high byte] Unit: kPa

19 Pressure [low byte]

20 System

error Error

Forced output

Pressure diagnostic

Temperature diagnostic

Flow rate diagnostic

Flow reference condition

Accumulated flow unit

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No.PF-OMA1007

Byte Bit

Note 7 6 5 4 3 2 1 0

21 AMS status

00HEX: Initialising 01HEX: Operation mode 11HEX: Forced

Operation mode from button

02HEX: Waiting for standby signal

03HEX: Standby mode 13HEX: Forced Standby

mode from button/OPC UA

23HEX: Force Standby mode from PLC/OPC UA

04HEX: Isolation mode 14HEX: Force Isolation

from button/web 24HEX: Force isolation

mode from PLC/OPC UA/Digital Input

22 ITV control pressure measurement value [high byte] UnitkPa

23 ITV control pressure measurement value [low byte]

24 ITV diagnostic data [high byte]

25 ITV diagnostic data [low byte]

26 Reserved Port 3 short circuit

VP short circuit

Air Management Hub internal

error 2

Air Management Hub internal

error 1

27 ITV-PQI

28 Port 4 PQI

29 X2

(Port 4 input)

X4 (Port 4 input)

Isolation input signal

(Port 3)

Standby input signal

(Port 3)

Reserved

30 to 45 Port 4 IO-Link process data

46 Remote 1 data

:

: :

: Remote 10 data

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No.PF-OMA1007

Byte 20 Details Bit Description Value

0 Accumulated flow unit 0: L 1: ft3

1 Flow Reference Condition 0: STD 1: NOR

2 Flow rate diagnostic 0: Normal 1: HHH

3 Temperature diagnostic 0: Normal 1: HHH/LLL

4 Pressure diagnostic 0: Normal 1: HHH/LLL

5 Force AMS mode 0: No forced 1: Forced

6 Error 0: Normal 1: Abnormal

7 System error 0: Normal 1: Abnormal

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No.PF-OMA1007

Byte 24 and 25 Details Bit Description Value

0 SSC1 1: Output pressure value is within 10% of the target value. 0: Other than the above case.

1 Reserved

2

3 Notification of the accumulated energizing time

1: The accumulated energizing time reaches the set value. 0: Other than the above case.

4 Residual pressure error 1: The output pressure value exceeds the specified value at the time of

zero-clear. 0: Other than the above case.

5 Target vale over range 1: The target value exceeds the specified value. 0: Other than the above case.

6 Pressure value under range (LLL)

1: The output pressure value is below the specified value. 0: Other than the above case.

7 Pressure value over range (HHH)

1: The output pressure value exceeds the specified value. 0: Other than the above case.

8 Decline in the power supply voltage

1: The power supply voltage is below the specified value. 0: Other than the above case.

9 Excessive power supply voltage 1: The power supply voltage exceeds the specified value. 0: Other than the above case.

10 Alarm generation 1: Any one of bits 4 to 9 is "1". 0: Bit 4 to 9 of the Bit offset are "0".

11 Internal communication error 1: Error 0: No error

12 Built-in solenoid valve error 1: Error 0: No error

13 Internal system error 1: Error 0: No error

14 EEPROM error 1: EEPROM error 0: No error

15 Error 1: Any one of bits 11 to 14 is "1". 0: Bit 11 to 14 of the Bit offset are "0".

-63-

No.PF-OMA1007

Byte 26 Details Bit Description Details Value

0 Air Management Hub internal error 1 L+ short circuit or P24 short circuit

0: No short circuit 1: Short circuited

1 Air Management Hub internal error 1 Port communication status

0: Device not connected 1: Operate or Pre-operate

2 VP short circuit VP short circuit detection 0: No short circuit 1: Short circuited

3

Reserved 4 5 6 7

Byte 27 and 28 Details

Bit 7 Bit 6 Bit 5 Bit 4 Bit 3 Bit 2 Bit 1 Bit 0

Description PQ Dev-Err Dev-Com DSStatus CQ-Short Pwr-Short PDmapping- Mismatch

ID- Mismatch

Bit Description Details Value

0 ID-Mismatch Connection device matching error 0: Match 1: Mismatch

1 Pdmapping-Mismatch Process data mapping size error 0: In size 1: Exceeding size

2 PwrShort L+ short circuit or P24 short circuit 0: No short circuit 1: Short circuited

3 CQShort C/Q short circuit 0: No short circuit 1: Short circuited

4 DSStatus Data storage (DS) save status 0: DS saved data error, no DS data 1: DS saved data is valid

5 DevCom Port communication status 0: Device not connected 1: Operate or Pre-operate

6 DevErr Event status (Device or master event status)

0: No event or notification 1: Warning or Error

7 PQ Received input process data Valid (normal)/invalid (abnormal)

0: Invalid (abnormal) 1: Valid (normal)

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No.PF-OMA1007

AMS Remote

Byte Bit

Note 7 6 5 4 3 2 1 0

0 Accumulated flow [high word]

Unit: 10 L 1

2 Accumulated flow [low word]

3

4 Instantaneous flow [high byte] Unit: L/min

5 Instantaneous flow [low byte]

6 Fluid temperature [high byte] Unit: 0.1 oC

7 Fluid temperature [low byte]

8 Pressure [high byte] Unit: kPa

9 Pressure [low byte]

10 System

error Error

Forced output

Pressure diagnostic

Temperature diagnostic

Flow rate diagnostic

Flow reference Condition

Accumulated flow unit

11 AMS status

00HEX: Initialising 01HEX: Operation mode 11HEX: Forced

Operation mode from button

02HEX: Waiting for standby signal

03HEX: Standby mode 13HEX: Forced Standby

mode from button/OPC UA

23HEX: Force Standby mode from PLC/OPC UA

04HEX: Isolation mode 14HEX: Force Isolation

from button/web 24HEX: Force isolation

mode from PLC/OPC UA/Digital Input

-65-

No.PF-OMA1007

Byte Bit

Note 7 6 5 4 3 2 1 0

12 ITV control pressure measurement value [high byte] Unit: kPa

13 ITV control pressure measurement value [low byte]

14 ITV diagnostic data [high byte]

15 ITV diagnostic data [low byte]

16 Reserved Port 3 short circuit

VP short circuit

Air Management Hub internal

error 2

Air Management Hub internal

error1

17 ITV-PQI

18 Port 4 PQI

19 X2

(Port4 input)

X4 (Port 4 input)

Isolation input signal

(Port 3)

Standby input signal

(Port 3)

Reserved

20 to 35 Port 4 IO-Link process data

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No.PF-OMA1007

Output mapping

AMS Base

Byte Bit

7 6 5 4 3 2 1 0

0 Reserved Isolation input signal for NO

system

Isolation input signal for NC

system F-Standby Standby

1 Reserved Port 4 Digital

Output Reserved

2

Port 4 IO-Link process data :

17

18 Wireless Remote 1

: :

: Wireless Remote 10

Byte 0 Details Bit Description Details Value

0 Standby Standby signal 0: Standby signal OFF 1: Standby signal ON

1 F-Standby Forced standby signal 0: Forced standby signal OFF 1: Forced standby signal ON

2 Isolation input signal for NC system

Manual Isolation for NC System Available only if DIP switch configured as NC.

0: Exhaust air (ITV and VP_OFF) 1: Supply Air (ITV_ON and VP_ON)

3 Isolation input signal for NO system

Manual Isolation for NO System Available only if DIP switch configured as NO.

0: Supply Air (ITV_ON and VP_OFF) 1: Exhaust air (ITV_OFF and VP_ON)

4

Reserved 5 6 7

AMS Remote

Byte Bit

7 6 5 4 3 2 1 0

0 reserved Isolation input signal for NO

system

Isolation input signal for NC

system F-Standby Standby

1 Reserved Port 4 Digital

Output Reserved

2

Port 4 IO-Link process data :

17

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No.PF-OMA1007

Function Setting on Hub Display Function selection mode

In this mode, each function setting can be changed separately. In measurement mode, press the SET button for 3 seconds or longer to display [F 0]. Press the UP or DOWN button to select the function to be changed.

Press the SET button for 2 seconds or longer to return to measurement mode.

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No.PF-OMA1007

Default setting

Function Default Settings Sub display

(Right)

Applicable Page Main display

(Right) Main display

(Left) Sub display

(Left)

[F 0]

FLoW [rEF ] Select display units [ Std] Standard condition

Page 69 FLoW

[Unit] Units selection function 1 [ L] L/min

tEMP [ C] oC PrES [ MPA] MPa

[F 1] [SW1 ] Not Applicable on this product. [F 2] [SW2 ] Not Applicable on this product.

[F 3] FLoW

[FiL ] Select digital filter [ 1.0] 1 second

Page 71 PrES [0.10] 0.1 second

[F 6] PrES [FSC ] Display value fine adjustment

[ 0.0] 0 Page 72

[F13] - [rEv ] Select reverse display [ oFF] Reverse display OFF Page 73

[F14] FLoW

[CUt ] Select Zero cut-off setting [ 1.0] 1F.S. cut

Page 74 PrES [ 0.0] 0

[F16] PrES

[MES ] Measurement display setting

[diSP] Display Page 77 tEMP [diSP] Display

AC [diSP] Display [F30] AC [SAvE] Accumulated value hold [ oFF] Not stored Page 78 [F33] [Po_E] Not Applicable on this product.

[F40]

- [FrtE] Standby flow rate (Threshold)

[25] AMS series [50] AMS30 series [100] AMS40 series [200] AMS60 series

Page 79 - [FHyS] Standby flow rate (Hysteresis)

[100] AMS20 series [200] AMS30 series [300] AMS40 series [400] AMS60 series

- [t_on] Standby ON delay [600] 600 seconds - [t_oFF] Standby OFF delay [0] 0 second - [iSoL] Auto isolation [OFF] Auto isolation OFF - [t_iSo] Isolation delay [3600] 3600 seconds

[F41] - [SEt] Force AMS mode

[AMS] No Forced [oP] Forced Operation mode [Sb] Forced Standby mode [iSoL] Forced Isolation mode

Page 82

[F80]

-

[diSP] Display OFF mode [ on] Display ON Page 83 [F81] [Pin ] Security code [ oFF] Not used Page 84 [F90] [ALL ] Setting of all functions [ oFF] Not used Page 86 [F96] [CYCL] Check of cycle time [- - -. -] No input signal Page 87 [F98] [tESt] Setting of output check [ n] Normal output Page 88 [F99] [ini ] Reset to the default settings [ oFF] Not used Page 92

1Setting is only possible for models with the units selection function.

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No.PF-OMA1007

[F 0] Reference condition/Units selection function

Reference condition Standard condition or normal condition can be selected. Standard condition and normal condition are defined as follows:

Standard condition: Displayed flow rate which is converted to volume at 20 C, 101.3 kPa (absolute pressure). Normal condition: Displayed flow rate which is converted to volume at 0 C, 101.3 kPa (absolute pressure).

Units selection function This setting is only available for models with the units selection function. : kPa/MPa can be selected if the product does not have the unit selection function.

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No.PF-OMA1007

Display [F 0] by pressing the UP or DOWN button in function selection mode.

Press the SET button. Move on to reference condition.

Reference condition Press the UP or DOWN button to select the reference condition.

Press the SET button to set.

Units selection function Press the UP or DOWN button to select the display units.

1) Flow rate

Press the SET button to set.

2) Temperature

Press the SET button to set. 3) Pressure

Press the SET button to set. Move on to switch output function.

[F 0] Reference condition/Units selection function completed

Move on to units selection function. (For units selection type)

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No.PF-OMA1007

[F 3] Select digital filter

The digital filter can be selected to filter the flow rate and pressure measurement. Output chattering or display flicker in measurement mode can be reduced by setting the digital filter.

Display [F 3] by pressing the UP or DOWN button in function selection mode.

Press the SET button. Move on to select digital filter (flow rate).

Select digital filter (flow rate) Press the UP or DOWN button to select the flow rate digital filter.

Press the SET button to set. Move on to select digital filter (pressure).

Select digital filter (pressure) Press the UP or DOWN button to select the pressure digital filter. Digital filter set range: 0.00 to 30.00 [s]

Press the SET button to set. Return to function selection mode.

[F 3] Digital filter setting completed

: Each set value is a guideline for 90% response time. : Both the switch output and flow display are affected.

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No.PF-OMA1007

[F 6] Fine adjustment of display value

This function is used to manually perform a fine adjustment of the displayed pressure value. Pressure can be adjusted in the following range of 5%R.D.

Display [F 6] by pressing the UP or DOWN button in function selection mode.

Press the SET button. Move on to fine adjustment of display value.

Fine adjustment of display value

Press the UP or DOWN button to change adjustment rate. When the adjustment rate is changed, the pressure value after the adjustment will be displayed on the main screen.

Press the SET button to set. Return to function selection mode.

[F 6] Fine adjustment of display value completed

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No.PF-OMA1007

[F13] Setting for reversed display mode

This function is used to rotate the display upside down. It is used to correct the display when it is upside down due to installation of the product. When the reversed display function is ON, the function of the UP/DOWN buttons are reversed.

Display [F13] by pressing the UP or DOWN button in function selection mode.

Press the SET button. Move on to select reversed display.

Select reversed display Press the UP or DOWN button to select reversed display.

Press the SET button to set. Return to function selection mode.

[F13] Setting for reversed display mode completed

: When the reversed display function is ON, the characters of the sub display appear upside down.

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No.PF-OMA1007

[F14] Zero cut-off setting

When the flow rate and pressure is close to zero, this function forces the display to zero. The zero cut-off range is 0.0 to 10.0%F.S., and can be set in 1.0%F.S. increments.

Display [F14] by pressing the UP or DOWN button in function selection mode.

Press the SET button. Move on to select zero cut-off setting (flow rate).

Select zero cut-off setting (flow rate) Press the UP or DOWN button to select the value of zero cut-off.

: The display above is an example of when [L] is selected for the PF3A801H (1000 L/min type) with the unit switching function. : If the flow rate does not reach the above value, the display will be zero.

Example: PF3A801H(1000 L/min type)

Press the SET button to set.

Select zero cut-off setting (pressure) Press the UP or DOWN button to select the value of Zero cut-off.

Press the SET button to set. Return to function selection mode.

[F14] Zero cut-off setting completed

Move on to select the zero cut-off setting (pressure).

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No.PF-OMA1007

Displayable flow rate range

Zero cut-off set

Zero cut-off range

Displayable flow range AMS20 AMS30 AMS40 AMS60

0.0 0%F.S. 0 to 525 L/min 0 to 1050 L/min 0 to 2100 L/min 0 to 4200 L/min

1.0 0 to 1%F.S.

5 to 525 L/min (Displays 0 when the value is below

5 L/min)

10 to 1050 L/min (Displays 0 when the value is below

10 L/min)

20 to 2100 L/min (Displays 0 when the value is below

20 L/min)

40 to 4200 L/min (Displays 0 when the value is below

40 L/min)

2.0 0 to 2%F.S.

10 to 525 L/min (Displays 0 when the value is below

10 L/min)

20 to 1050 L/min (Displays 0 when the value is below

20 L/min)

40 to 2100 L/min (Displays 0 when the value is below

40 L/min)

80 to 4200 L/min (Displays 0 when the value is below

80 L/min)

3.0 0 to 3%F.S.

15 to 525 L/min (Displays 0 when the value is below

15 L/min)

30 to 1050 L/min (Displays 0 when the value is below

30 L/min)

60 to 2100 L/min (Displays 0 when the value is below

60 L/min)

120 to 4200 L/min (Displays 0 when the value is below

120 L/min)

4.0 0 to 4%F.S.

20 to 525 L/min (Displays 0 when the value is below

20 L/min)

40 to 1050 L/min (Displays 0 when the value is below

40 L/min)

80 to 2100 L/min (Displays 0 when the value is below

80 L/min)

160 to 4200 L/min (Displays 0 when the value is below

160 L/min)

5.0 0 to 5%F.S.

25 to 525 L/min (Displays 0 when the value is below

25 L/min)

50 to 1050 L/min (Displays 0 when the value is below

50 L/min)

100 to 2100 L/min (Displays 0 when the value is below

100 L/min)

200 to 4200 L/min (Displays 0 when the value is below

200 L/min)

6.0 0 to 6%F.S.

30 to 525 L/min (Displays 0 when the value is below

30 L/min)

60 to 1050 L/min (Displays 0 when the value is below

60 L/min)

120 to 2100 L/min (Displays 0 when the value is below

120 L/min)

240 to 4200 L/min (Displays 0 when the value is below

240 L/min)

7.0 0 to 7%F.S.

35 to 525 L/min (Displays 0 when the value is below

35 L/min)

70 to 1050 L/min (Displays 0 when the value is below

70 L/min)

140 to 2100 L/min (Displays 0 when the value is below

140 L/min)

280 to 4200 L/min (Displays 0 when the value is below

280 L/min)

8.0 0 to 8%F.S.

40 to 525 L/min (Displays 0 when the value is below

40 L/min)

80 to 1050 L/min (Displays 0 when the value is below

80 L/min)

160 to 2100 L/min (Displays 0 when the value is below

160 L/min)

320 to 4200 L/min (Displays 0 when the value is below

320 L/min)

9.0 0 to 9%F.S.

45 to 525 L/min (Displays 0 when the value is below

45 L/min)

90 to 1050 L/min (Displays 0 when the value is below

90 L/min)

180 to 2100 L/min (Displays 0 when the value is below

180 L/min)

360 to 4200 L/min (Displays 400 when the value is below

10 L/min)

10.0 0 to 10%F.S.

50 to 525 L/min (Displays 0 when the value is below

50 L/min)

100 to 1050 L/min (Displays 0 when the value is below

100 L/min)

200 to 2100 L/min (Displays 0 when the value is below

200 L/min)

400 to 4200 L/min (Displays 0 when the value is below

10 L/min)

: The zero-cut-off range of the accumulated value should be 1%F.S. or more. However, please note that if the zero-cut-off set value is 0.0, any value below 1%F.S. will be cut.

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No.PF-OMA1007

Displayable pressure range

Zero cut-off set value Zero cut-off range Displayable pressure range 0.0 0%F.S. -0.050 to 1.050 MPa

1.0 0 to 1%F.S. -0.050 to -0.010 MPa 0.010 to 1.050 MPa

(Displays 0 when the value is -0.009 to 0.009 MPa)

2.0 0 to 2%F.S. -0.050 to -0.020 MPa 0.020 to 1.050 MPa

(Displays 0 when the value is -0.019 to 0.019 MPa)

3.0 0 to 3%F.S. -0.050 to -0.030 MPa 0.030 to 1.050 MPa

(Displays 0 when the value is -0.029 to 0.029 MPa)

4.0 0 to 4%F.S. -0.050 to -0.040 MPa 0.040 to 1.050 MPa

(Displays 0 when the value is -0.039 to 0.039 MPa)

5.0 0 to 5%F.S. -0.050 MPa

0.050 to 1.050 MPa (Displays 0 when the value is -0.049 to 0.049 MPa)

6.0 0 to 6%F.S. 0.060 to 1.050 MPa (Displays 0 when the value is below 0.060 MPa)

7.0 0 to 7%F.S. 0.070 to 1.050 MPa (Displays 0 when the value is below 0.070 MPa)

8.0 0 to 8%F.S. 0.080 to 1.050 MPa (Displays 0 when the value is below 0.080 MPa)

9.0 0 to 9%F.S. 0.090 to 1.050 MPa (Displays 0 when the value is below 0.090 MPa)

10.0 0 to 10%F.S. 0.100 to 1.050 MPa (Displays 0 when the value is below 0.100 MPa)

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No.PF-OMA1007

[F16] Measurement display setting

Display/hide the measured accumulated flow rate, pressure, and temperature can be set.

Display [F16] by pressing the UP or DOWN button in function selection mode.

Press the SET button. Move on to measurement display setting.

Measurement display setting Press the UP or DOWN button to select the measurement display setting. 1) Pressure

Press the SET button to set.

2) Temperature

Press the SET button to set.

3) Accumulated flow

Press the SET button to set. Return to function selection mode.

[F16] Setting of measurement display completed

: When the temperature is set to "hide" and the integrated flow rate is set to "display", the maximum number of display digits for the accumulated flow rate is 9 digits.

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No.PF-OMA1007

[F30] Setting of accumulated value hold

In the default setting, the accumulated flow value is not held when the power supply is turned off. This function enables the accumulated flow value to be stored in permanent memory every 2 or 5 minutes. : When using the accumulated value hold function, calculate the product life from the operating conditions, and use the product within

its life. Maximum updating time of the accumulated value is 1.5 million times. If the product is operated 24 hours per day, the product life will be as follows. Data memorized every 5 minutes: 5 minutes x 1.5 million times = 7.5 million minutes = 14.3 years Data memorized every 2 minutes: 2 minutes x 1.5 million times = 3 million minutes = 5.7 years If the Accumulated Flow External Reset is repeatedly used, the product life will be shorter than calculated life.

Display [F30] by pressing the UP or DOWN button in function selection mode.

Press the SET button. Move on to select accumulated value hold.

Select accumulated value hold Press the UP or DOWN button to select the accumulate value hold.

Press the SET button to set. Return to function selection mode.

[F30] Setting of accumulated value hold completed

: The value is stored in memory every 2 or 5 minutes. If the power supply is turned off, the accumulated flow since the last time it was stored will be lost.

: When the power supply is turned on again, the accumulated flow count will start from the last value recorded at B.

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No.PF-OMA1007

[F40] Setting for standby/auto isolation function

This is the function to set the parameters for standby mode.

Display [F40] by pressing the UP or DOWN button in function selection mode.

Press the SET button. Move on to Standby flow rate (Threshold)

Setting of Standby flow rate (Threshold) Set the value based on the setting method on page 81.

Press the SET button. Move on to Standby flow rate (Hysteresis)

Setting of Standby flow rate (Hysteresis) Set the value based on the setting method on page 81.

Press the SET button. Move on to Standby ON Delay

Setting of Standby ON Delay Set the value based on the setting method on page 81.

Press the SET button. Move on to Standby OFF Delay

Setting of Standby OFF Delay Set the value based on the setting method on page 81.

Press the SET button. Move on to Auto isolation

Setting of Auto isolation Select auto isolation OFF or ON with UP or DOWN button.

Auto isolation OFF Press the SET button to set. Return to function selection mode.

Auto isolation ON Press the SET button to set. Move on to auto isolation delay.

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No.PF-OMA1007

Setting of auto isolation delay Set the value based on the setting method on page 81.

Press the SET button to set. Return to function selection mode.

[F40] Complete setting for standby function

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No.PF-OMA1007

How to set the value with buttons. (1) Press the SET button once when the item to be changed is displayed on the display.

The set value on the sub display (right) will start flashing.

(2) Press the UP or DOWN button to change the set value.

The UP button is to increase and the DOWN button is to decrease the set value.

Press the UP button once to increase the value by one digit, press and hold to continuously increase.

Press the DOWN button once to reduce the value by one digit, press and hold to continuously reduce.

(3) Press the SET button to complete the setting.

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No.PF-OMA1007

[F41] Setting of Force AMS mode

Regardless of the conditions and parameters, this function will force the AMS into the selected mode.

Display [F41] by pressing the UP or DOWN button in function selection mode.

Press the SET button. Move on to the setting of Force AMS mode.

Setting of Force AMS mode Select the mode using the UP or DOWN button.

Press the SET button to set. Return to function selection mode.

[F41] Complete Force AMS mode

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No.PF-OMA1007

[F80] Set display OFF mode

This function will turn the display OFF if no buttons are pressed for 30 seconds.

Display [F80] by pressing the UP or DOWN button in function selection mode.

Press the SET button. Move on to select display OFF mode.

Select display OFF mode Press the UP or DOWN button to select display OFF function.

Press the SET button to set. Return to function selection mode.

[F80] Setting of display OFF mode completed

: In display OFF mode, the under bar of the sub display flashes. : When any button is activated, the display will turn on. If no button operation is performed

within 30 seconds, the display will turn off again.

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No.PF-OMA1007

[F81] Security code

The security code can be turned on and off and the security code can be changed when unlocked.

Display [F81] by pressing the UP or DOWN button in function selection mode.

Press the SET button. Move on to select security code.

Select security code Press the UP or DOWN button to select security code.

Check of the setting of security code Press the UP or DOWN button to change the value. Press the SET button to move to the digit to the right. (The default setting is [000])

Press the SET button for 1 second or longer. When the security code is correct, move on to the security code setting. If the security code entered is incorrect, [FAL] will be displayed, and the security code must be entered again.

If the wrong security code is entered 3 times, [nG] is displayed on the main display and the device returns to function selection mode.

[oFF] is selected. Press the SET button to return to function selection mode.

[on] is selected. Press the SET button to set.

Move on to check the setting of security code.

Move on to the changing of security code.

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No.PF-OMA1007

Changing of security code. New security code is displayed on the main display. Press the UP or DOWN button to change the value. Press the SET button to move on to input the next digit.

After entry, the changed security code will flash by pressing the SET button for 1 second or longer. (At this point, the changing of the security code is not completed) Press the UP or DOWN button to return to setting step.

Press the SET button to set. Return to function selection mode.

[F81] Setting of security code completed

If the security code function is enabled, it is necessary to input a security code to release the key lock. : If a key is not pressed for 30 seconds while entering the security code, function selection mode will return.

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No.PF-OMA1007

[F90] Setting of all functions

Each time the SET button is pressed, the function steps in the order shown in the following table.

Display [F90] by pressing the UP or DOWN button in function selection mode.

Press the SET button. Move on to set all functions.

Set all functions Press the UP or DOWN button to select all function settings.

[on] (use) is selected

Setting of functions *

[F90] Setting of all functions completed Measurement mode : Setting of each function

Every time the SET button is pressed, the display moves to the next function in "Order of function settings". Set by pressing UP and DOWN button. For details of how to set each function, refer to the relevant setting of function section in this manual.

Order of function settings

Order Function Applicable model

F0 Reference condition All models Unit selection function Model with units selection function

F3 Select response time All models F6 Fine adjustment of display value All models F13 Setting for reverse display mode All models F14 Zero cut-off setting All models F16 Measurement display setting All models F30 Setting of accumulated value hold All models F40 Setting of standby function All models F41 Setting of Force AMS mode All models F80 Set display OFF mode All models F81 Security code All models

[oFF] (not use) is selected Press the SET button to set. Return to function selection mode.

Press the SET button for 2 seconds or longer.

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No.PF-OMA1007

[F96] Check cycle time

The average cycle time of the internal bus of the Air Management Hub can be checked.

Display [F96] by pressing the UP or DOWN button in function selection mode.

Press the SET button. Move on to check cycle time.

Check cycle time

Press the SET button to set. Return to function selection mode.

[F96] Setting of check cycle time completed

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No.PF-OMA1007

[F98] Setting of output check

By forcibly switching the output ON/OFF operation using the button operation, the operation of the system can be checked regardless of the measured value. This function can be checked on Byte20 for Base type or Byte10 for Remote type, please refer to the IO map.

Display [F98] by pressing the UP or DOWN button in function selection mode.

Press the SET button. Move on to select output check.

Select output check Press the UP or DOWN button to select the output check.

Move on to flow rate unit bit check.

Flow rate unit bit check Select the flow rate unit bit check by pressing the UP or DOWN button.

Press the SET button to set.

Flow rate criteria bit check Select the flow rate criteria bit check by pressing the UP or DOWN button.

Press the SET button to set.

[F] (Forced output) is selected Press the SET button to set.

[n] (Normal output) is selected.

Press the SET button to set. Return to function selection mode.

Move on to flow rate criteria bit check.

Move on to flow rate diagnosis bit check.

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No.PF-OMA1007

Flow rate diagnostic bit check Select the flow rate diagnostic bit check by pressing the UP or DOWN button.

Press the SET button to set.

Temperature diagnostic bit check Select the temperature diagnostic bit check by pressing the UP or DOWN button.

Press the SET button to set.

Pressure diagnostic bit check Select the pressure diagnostic bit check by pressing the UP or DOWN button.

Press the SET button to set.

Move on to temperature diagnostic bit check.

Move on to pressure diagnostic bit check.

Move on to error diagnostic bit check.

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No.PF-OMA1007

Error diagnostic bit check Select the error diagnostic bit check by pressing the UP or DOWN button.

Press the SET button to set.

System error diagnosis bit check Select the system error diagnostic bit check by pressing the UP or DOWN button.

Press the SET button to set.

Accumulated value check Press the UP or DOWN button to select the accumulate value check.

Press the SET button to set. Move on to flow rate check.

Move on to system error diagnostic bit check.

Move on to accumulated value check.

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No.PF-OMA1007

Flow rate check Press the UP or DOWN button to select the flow rate check.

Press the SET button to set. Move on to temperature check.

Temperature check Press the UP or DOWN button to select the temperature check.

Press the SET button to set. Move on to pressure check.

Pressure check Press the UP or DOWN button to select the pressure check.

Press the SET button to set. Return to function selection mode.

[F98] Setting of output check completed

: Measurement mode can return from any setting item by pressing the SET button for 2 seconds or longer. : An increase or decrease in flow rate, temperature or pressure will have no effect on the output while the output operation is being

performed.

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No.PF-OMA1007

[F99] Reset to the default settings

If the Flow switch settings are uncertain, the default values can be restored.

Display [F99] by pressing the UP or DOWN button in function selection mode.

Press the SET button. Move on to reset to factory default settings.

Rest to factory default settings. Press the UP or DOWN button to display [ON], then press the SET and DOWN buttons simultaneously for 5 seconds or longer.

[F99] Reset to the default settings completed

All settings are returned to the default values. Return to function selection mode.

[oFF] (not use) is selected Press the SET button to set. Return to function selection mode.

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No.PF-OMA1007

Other Settings Reset operation

The Accumulated Flow, Peak Value, and Bottom Value can be reset. To reset the accumulated value, press the DOWN and SET buttons simultaneously for 1 second or longer. Resetting the accumulated flow is possible only when the accumulated flow is displayed. Resetting the peak value and bottom value is effective for the measurement target displayed in the peak display or bottom display.

Display select function

The number of accumulated flow rate display digits can be temporarily switched when the temperature and accumulated flow rate are set in the measurement display settings. The normal accumulated display consists of the mantissa part (maximum 6 digits) and [Power value display] indicated by the index part displayed by x106 or x103. If the DOWN button is pressed for 1 second, the mantissa part will be displayed in 9 digits and the power value will be displayed as x103.

: If there is no button operation for 30 seconds while the 9-digit power is displayed, the number of displayed powers will return to

6 digits. : When the temperature is set to "hide", the displayed power value is fixed at 9 digits.

Zero-clear function

When the pressure is displayed in the measurement display setting, the displayed value can be adjusted to zero within the range of 7%F.S. from the factory default value. (The zero clear range varies by 1% F.S. due to variation between individual products. When the UP and DOWN buttons are pressed simultaneously for 1 second or longer in measurement mode, the image below is displayed and the displayed value is reset to zero. The display returns to measurement mode automatically.

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No.PF-OMA1007

Key-lock function

The key lock function is used to prevent errors occurring due to unintentional changes of the set values. If the SET button is pressed while the keys are locked, [LoC] is displayed on the sub display (left) for approximately 1 second. (Each setting and peak/ bottom values are displayed using the UP and DOWN buttons.)

(1) Press the SET button for 5 seconds or longer in measurement mode. When [oPE] is displayed on the main display, release the button. The current setting [LoC] or [UnLoC] will be displayed on the sub display. (To release the key-lock repeat the above operation)

(2) Select the key locking/un-locking using the UP or DOWN button and press the SET button to set.

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No.PF-OMA1007

Locking

(1) Press the SET button for 5 seconds or longer in measurement mode. When [oPE] is displayed on the main display, release the button. The current setting [LoC] or [UnLoC] will be displayed on the sub display.

(2) Select the key locking/ un-locking using the UP or DOWN button and press the SET button to set.

Unlocking (1) Press the SET button for 5 seconds or longer in measurement mode. When [oPE] is displayed on the main

display, release the button. The current setting [LoC] or [UnLoC] will be displayed on the sub display.

(2) Select the un-locking [UnL] using the UP or DOWN button. Setting is recognized by pressing the SET

button, then the security code is required. When the security code is set, select the un-lock [UnLoC] using the UP or DOWN button. Setting is recognized by pressing the SET button, then the security code is required. If the security code is not set, select the un-lock [UnLoC]. Locking is released by pressing the SET button.

(3) For the input method, refer to [F81] Security code (checking of the setting of security code) (page 84).

(4) If the security code entered is correct, the indication of the main display changes to [UnLoC], and pressing

one of the UP, SET or DOWN buttons releases the key lock and the measurement mode returns. If the security code entered is incorrect, [FAL] will be displayed on the main screen, and the security code must be entered again. If an incorrect security code is entered 3 times, [LoC] will be displayed on the main screen and the device will return to measurement mode.

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No.PF-OMA1007

Maintenance How to reset the product after a power loss or when the power has been unexpectedly removed The settings for the product are retained in memory prior to the power loss or de-energizing of the product. The output condition is also recoverable to that prior to the power loss or de-energizing. However, this may change depending on the operating environment. Therefore, check the safety of the whole installation before operating the product. If the installation is using accurate control, wait until the product has warmed up (approximately 10 to 15 minutes) before operation.

Forgotten the Security Code If you have forgotten your security code, please contact SMC directly.

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No.PF-OMA1007

Troubleshooting If an operation failure of the product occurs, please confirm the cause of the problem using the following table. If the cause applicable to the problem cannot be identified and normal operation can be recovered by replacement with a new product, this indicates that the product itself was faulty. Problems with the product may be due to the operating environment (network configuration etc). Please consult SMC. Troubleshooting list

Troubleshooting with Air Management Hub display

Error indication Problem Possible causes Investigation method Countermeasure

System error (Er0, 4 to 16, 40) is displayed

"HHH", "LLL" is displayed

Hardware error (Er1, 2) is displayed

Incorrect internal data processing of the product (Er0, 4 to 16, 40)

(1) Check if there is noise interference (such as static electricity). Check if there is a noise source nearby.

(2) Check if the power supply voltage is in the range 24 VDC 10%.

(1) Remove the noise and the noise source (or take measures to prevent noise interference) and reset the product (or turn off and then turn back on the power supply.

(2) Check that the Power supply voltage is within 24 VDC 10%.

The measured value exceeds the upper limit (HHH) or lower limit (LLL)

(1) Check if the value exceeds the upper or lower limit of the set range.

(2) Check if foreign matter has entered the piping.

(1) Return the value to within the set range.

(2) Take measures to prevent foreign matter from entering the piping.

Product failure (Er1, 2) Replace the product

The display is unstable.

Incorrect power supply

Check if the power supply voltage is in the range 24 VDC 10%.

Power supply voltage shall be within 24 VDC 10%.

Incorrect wiring

Check the power supply wiring Check if the brown and blue wires are connected to DC(+) and DC(-) respectively, and if the wiring is secure

Check and correct the wiring.

Factory line pressure is not stable

Check if the factory line pressure is changing.

Setting of the response time may improve the condition.

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No.PF-OMA1007

Error indication Problem Possible causes Investigation method Countermeasure

The display turns off.

Part of the display is missing.

Incorrect power supply

Check if the power supply voltage is within 24 VDC 10%.

Power supply voltage shall be within 24 VDC 10%.

Incorrect wiring

Check the power supply wiring Check if the brown and blue wires are connected to DC(+) and DC(-) respectively, and if the wiring is secure

Check and correct the wiring.

Display off mode Check if display off mode is selected. Select the required display off mode again.

Product failure Replace the product

Display flashes Incorrect wiring (1) Check the power supply wiring. (2) Check if there is bending stress

applied to any part of the lead wire.

(1) Check and correct the wiring. (2) Correct the wiring (bend

radius and stress).

The display accuracy does not meet the specifications.

Foreign matter entered

Confirmed foreign matter entry or sticking to the piping port.

Use a filter to prevent foreign matter from entering or sticking. Discharge the condensate of the filter periodically.

Air leakage Check if air is leaking from the piping.

Rework the piping. If the tightening torque is exceeded, the mounting screws, brackets and the flow switch may be damaged.

Warming up time inadequate

Check if the product satisfies the specified accuracy 10 minutes after supplying power.

After energizing, the display and output can drift. Allow the product to warm up for 10 to 15 minutes.

Product failure Replace the product

Display measurement unit cannot be changed.

Model Selection (model selected does not have unit selection function)

Check if the product number printed on the product indicates with Unit selection function type.

Unit selection function is not available for products Fixed to SI units. : The unit selection function is not

for use in Japan due to a new measurement law.

: Unit fixed to SI: L/min

Product failure Check the key-lock function.

Buttons do not work

Key-lock mode is activated.

Check if the key-lock function is turned on. Replace the product

Product failure Replace the product

There is noise. Air leakage Check if air is leaking from the piping.

Rework the piping. If the tightening torque is exceeded, the mounting screws and the switch may be damaged.

Product failure Replace the product.

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No.PF-OMA1007

Error indication Problem Possible causes Investigation method Countermeasure

The operation is unstable. (chattering)

The hysteresis is small and is affected by the fluctuations in the original pressure, etc.

Check the set value (hysteresis). Check the settings

Incorrect wiring/ broken lead wire

(1) Check the power supply wiring. (2) Check if there is bending stress

applied to any part of the lead wire. (bending radius, tensile force to the lead wire)

(1) Check and correct the wiring. (2) Correct the wiring.

(Reduce the tensile force or increase the bending radius.)

Product failure Replace the product

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No.PF-OMA1007

Error display

Error name Error display Description Measures

Instantaneous flow error

Flow rate exceeding the upper limit of the settable flow range is applied.

Reset the applied flow rate to a level within the settable flow range.

Pressure error

Pressure exceeding the upper limit of the set pressure range is applied.

Reset the applied pressure to a level within the set pressure range.

Pressure below the lower limit of the set pressure range is applied.

Temperature error

Temperature exceeding the upper limit of the set temperature range is applied. Reset the applied temperature to a

level within the settable temperature range.

Temperature below the lower limit of the set temperature range is applied.

Hardware error

Internal hardware error detected. Power cycle. If the display still shows an error, contact SMC.

System error

An internal data error has occurred. Turn the power off and on again. If the failure cannot be solved, contact SMC.

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No.PF-OMA1007

Error name Error display Description Measures

Accumulated flow error

The accumulated value has exceeded the accumulated flow range. (For accumulated increment)

Reset the accumulated flow. (Press the DOWN and SET buttons simultaneously for 1 second or longer)

Zero clear error

A pressure of 7%F.S. or more is applied during the zero clear operation. (Return to measurement mode in 1 second)

Adjust the pressure and try the zero clear operation again.

: If the error cannot be reset after the above measures are taken, or errors other than above are displayed, please contact SMC.

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No.PF-OMA1007

Troubleshooting with AMS Hub (Base type) LED's

Error indication Possible cause Investigation and countermeasures PWR: OFF Power has not been supplied. Supply a voltage of 24 VDC 10% to the product.

PWR: Green LED flashing

Power supply voltage is abnormal. Check that a voltage of 24 VDC 10% is applied.

SF: Green flashing Short circuit on input or output ports.

Check for a short circuit on the devices connected to the Air Management Hub rear side.

SF: Red ON Component failure. Replace the product.

BF: Red ON Communication error with PLC. Check the connection to the PLC.

PLC configuration mismatch. Check the PLC configuration and make sure the actual configuration matches on the PLC.

L/A IN or L/A OUT LED is OFF.

LINK has not yet been established.

Check the following and restart. (1) Check the PLC condition and run the PLC. (2) Check that the communication connector is not loose and

there are no broken wires. (3) Keep noise sources away from the communication cable. : The L/A OUT LED will be OFF if the BUS OUT connector is not

used.

L/A IN or L/A OUT Green LED is ON.

LINK is established but data has not been received.

Check the following and restart. (1) Check the PLC condition and run the PLC. (2) Check that the communication connector is not loose an

there are no broken wires. (3) Keep noise sources away from the communication cable.

Troubleshooting with AMS Hub (Remote type) LED's Error indication Possible cause Investigation and countermeasures

PWR: OFF Power has not been supplied. Supply a voltage of 24 VDC 10% to the product.

PWR: Green flashing

Power supply voltage is abnormal. Check that a voltage of 24 VDC 10% is applied.

ST: Green flashing

Power supply voltage is abnormal. Check that a voltage of 24 VDC 10% is applied.

Short circuit on input or output ports.

Check for a short circuit on the devices connected to the Air Management Hub rear side.

ST: Red ON Component failure. Replace the product

When air leak is found on piping Trouble Possible cause Countermeasure

Air leakage (Air leaks from where the products are connected)

Seal is damaged. Replace the seal with a new one.

Screws for retainer are loose. Tighten screws to the specified torque.

: For individual product, refer to the operation manual of each product.

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No.PF-OMA1007

Specifications Air Management System (AMS##A Series)

Parts number AMS20A AMS30A AMS40A AMS60A

C om

po ne

nt s Standby E/P regulator ITV2050-20 ITV2050-30 ITV3050-40 ITV3050-60

Air Management Hub EXA1-20 EXA1-30 EXA1-40 EXA1-60

Residual Pressure Relief Valve VP346E VP546E VP746E VP946E

Piping ports 1/8, 1/4 1/4, 3/8 3/8, 1/2 3/4, 1 Applicable fluid Air Rated flow range 5 to 500 L/min 10 to 1000 L/min 20 to 2000 L/min 40 to 4000 L/min Operating fluid temperature 0 to 50 oC Proof pressure 1.0 MPa Rated max. pressure 0.8 MPa Supply pressure range 0.3 to 0.8 MPa Setting pressure range 0.2 to 0.7 MPa Standby pressure range 0.2 to 0.4 MPa Power supply voltage 24 VDC 10% Current consumption 400 mA max.

Input and Output DI x 2 DI, DO

IO-Link, DI

Enclosure (IP rating) IP65 (Only applicable for electrical part)

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No.PF-OMA1007

Air Management System (AMS##B Series)

Parts number AMS20B AMS30B AMS40B AMS60B

C om

po ne

nt s Standby regulator AR20S-D AR30S-D AR40S-D AR50S-D

AMS Hub EXA1-20 EXA1-30 EXA1-40 EXA1-60

Residual Pressure Relief Valve VP346E VP546E VP746E VP946E

Piping ports 1/8, 1/4 1/4, 3/8 3/8, 1/2 3/4, 1 Applicable fluid Air Rated flow range 5 to 500 L/min 10 to 1000 L/min 20 to 2000 L/min 40 to 4000 L/min Operating fluid temperature 0 to 50 oC Proof pressure 1.0 MPa Rated maximum pressure 0.7 MPa Supply pressure range 0.3 to 0.7 MPa Setting pressure range 0.2 to 0.4 MPa Power supply voltage 24 VDC 10% Current consumption 400 mA max.

Input and Output DI x 2 DI, DO

IO-Link, DI

Enclosure (IP rating) IP65 (Only applicable for electrical part)

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No.PF-OMA1007

Air Management Hub

Model EXA1-20 EXA1-30 EXA1-40 EXA1-60

Fl ui

d Applicable fluid Air 1 Operating fluid temperature 0 to 50 oC

El ec

.

Power supply voltage 24 VDC 10% Protection Reverse Protection, Current Limit Power consumption 9.6 W Indicator LED & LCD

En vi

ro nm

en t Operating temperature 0 to 50 oC (No condensation & freezing)

Storage temperature -10 to 60 oC (No condensation & freezing) Enclosure (IP rating) IP65 (Electrical equipment part only) Standard CE/UKCA marked

Fl ow

Rated flow range 5 to 500 L/min 10 to 1000 L/min 20 to 2000 L/min 40 to 4000 L/min Accumulated flow range 0 to 9,999,999,990 L

Smallest settable increment

Instantaneous flow 1 L/min 2 L/min Accumulated flow 10 L

Accuracy 3.0%F.S. Repeatability 1.0%F.S. Pressure characteristics 5.0%F.S. (0 to 1.0 MPa, 0.5 MPa standard) Temperature characteristics 5.0%F.S. (Ambient temp. 0 to 50 oC, 25 oC standard) Units L/min, CFM (ft3/min)

Pr es

su re

Rated pressure range 0 to 1.0 MPa Proof pressure 1.5 MPa Accuracy 3.0%F.S. Repeatability 1.0%F.S. Temperature characteristics 5.0%F.S. (Ambient temp. 0 to 50 oC, 25 oC standard) Unit MPa, kPa, kgf/cm2, bar, psi

Te m

pe ra

tu re

Rated Temperature range 0 to 50 oC

Accuracy 2 2.5 oC (Flow range: 10 to 100%)

Unit oC, oF

In pu

t/O ut

pu t

U se

r c on

fig ur

ab le

p or

t

Number of free ports 1 Configuration Digital Input (x2), Digital Input and Output, IO-link and Digital Input

Po rt

sp ec

ifi ca

tio n

IO -L

in k Communication

Speed

COM1 (4.8 kbps) COM2 (38.4 kbps)

COM3 (230.4 kbps) Automatically switches depending on the connected device.

Max. supply current 0.3 A

In pu

t

Input type PNP Rated input current Pin2: 2.5 mA typ., Pin4: 5.8 mA typ. ON Voltage 13 V or more OFF Voltage 8 V or less

O ut

pu t Output type PNP

Max. load current 0.25 A Fail safe HOLD/CLEAR

Output for AMS function IO-Link/PNP Input /PNP Output

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No.PF-OMA1007

Communication Specification

Model EXA1-##-PN EXA1-##-EN Number of communication ports 2 ports

Protocol PROFINET IO (Conformance Class C)

EtherNet/IPTM

(Conformance version: Composite11)

Communication Speed 100 Mbps Communication method - Full duplex/Half- duplex Configuration file GSDML file 3 EDS file 3

Occupation area (Number of inputs/outputs) - Max. (512 byte/512 byte)

IP address setting range - Through DHCP server: Optional address

Device information -

Vendor ID: 7 (SMC Corporation) Device type: 12 (Communication

Adapter) Product code: 263

Web server Support 1: Air quality grade is ISO 8573-1:2010 [4:6:-]. 2: When the flow range is less than 10%, the temperature accuracy is -2.5 to 7.5 C. 3: The configuration file can be downloaded from the SMC website (https://www.smcworld.com).

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No.PF-OMA1007

Characteristics data

Flow characteristics (typical values) AMS#A: Standby E/P regulator type

AMS20A

Supply pressure: 0.8 MPa Supply pressure: 0.7 MPa

Supply pressure: 0.6 MPa Supply pressure: 0.5 MPa

Supply pressure: 0.4 MPa Supply pressure: 0.3 MPa

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No.PF-OMA1007

AMS30A

Supply pressure: 0.8 MPa Supply pressure: 0.7 MPa

Supply pressure: 0.6 MPa Supply pressure: 0.5 MPa

Supply pressure: 0.4 MPa Supply pressure: 0.3 MPa

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No.PF-OMA1007

AMS40A

Supply pressure: 0.8 MPa Supply pressure: 0.7 MPa

Supply pressure: 0.6 MPa Supply pressure: 0.5 MPa

Supply pressure: 0.4 MPa Supply pressure: 0.3 MPa

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No.PF-OMA1007

AMS60A

Supply pressure: 0.8 MPa Supply pressure: 0.7 MPa

Supply pressure: 0.6 MPa Supply pressure: 0.5 MPa

Supply pressure: 0.4 MPa Supply pressure: 0.3 MPa

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No.PF-OMA1007

AMS#B: Standby regulator type Conditions: Supply pressure 0.3 to 0.7 MPa, Standby pressure 0.2 MPa, Operation mode

AMS20B AMS30B

Rc1/4 Rx3/8

AMS40B AMS60B

Rc1/2 Rc1

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No.PF-OMA1007

Conditions: Supply pressure 0.3 to 0.7 MPa, Standby pressure 0.2 MPa, Standby mode

: 0.3 [MPa], : 0.4 [MPa], : 0.5 [MPa], : 0.6 [MPa], : 0.7 [MPa]

AMS20B AMS30B Rc1/4 Rx3/8

AMS40B AMS60B

Rc1/2 Rc1

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No.PF-OMA1007

Temperature Accuracy (reference value)

Models A B AMS20# 5 L/min 500 L/min AMS30# 10 L/min 1000 L/min AMS40# 20 L/min 2000 L/min AMS60# 40 L/min 4000 L/min

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No.PF-OMA1007

Dimensions

Standby E/P regulator type NC Specification AMS20/30/40/60A-R/N/F#C

Part number P A B C D E J M L AMS20A-#C 1/8 1/4 274.3 214.7 81.7 134.4 25.6 46.2 24 40.1 AMS30A-#C 1/4 3/8 291.8 214.7 87.9 134.4 29.1 46.2 30 40.1 AMS40A-#C 3/8 1/2 334.8 214.9 92.4 151.6 32.6 46.2 36 40.1 AMS60A-#C 3/4 1 401.8 214.8 93.7 151.6 42.1 46.2 46 40.1

Part number Dimensions with bracket

K F G H Q R S T U V W AMS20A-#C 85 70.2 103.2 49.7 35 7 14 54.5 6 47 42.5 AMS30A-#C 85 72.2 104.2 57.2 35 7 14 54.5 6 47 42.5 AMS40A-#C 85 89.2 105.2 75.2 40 9 18 65 7 55 50 AMS60A-#C 100 90.2 126.2 101.2 50 11 20 80 8 70 60

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No.PF-OMA1007

AMS20/30/40/60A-H00C

Part number A F AMS20A-H00C 219.9 68.6 AMS30A-H00C 229.4 70.1 AMS40A-H00C 264.4 86.6 AMS60A-H00C 311.4 87.1

: Refer to "AMS20/30/40/60A-R/N/F#C" for dimensions other than "A" and "F". (page 114)

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No.PF-OMA1007

Standby E/P regulator type NO Specification AMS20/30/40/60A-R/N/F#D

Part number P A B C D E J M L AMS20A-#D 1/8 1/4 274.3 214.7 85.1 134.4 25.6 46.2 24 40.1 AMS30A-#D 1/4 3/8 291.8 214.7 102.1 134.4 29.1 46.2 30 40.1 AMS40A-#D 3/8 1/2 334.8 214.9 119.4 151.6 32.6 46.2 36 40.1 AMS60A-#D 3/4 1 401.8 214.8 117.7 151.6 42.1 46.2 46 40.1

Part number Dimensions with bracket

K F G H Q R S T U V W AMS20A-#D 85 70.2 103.2 49.7 35 7 14 54.5 6 47 42.5 AMS30A-#D 85 72.2 104.2 57.2 35 7 14 54.5 6 47 42.5 AMS40A-#D 85 89.2 105.2 75.2 40 9 18 65 7 55 50 AMS60A-#D 100 90.2 126.2 101.2 50 11 20 80 8 70 60

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No.PF-OMA1007

AMS20/30/40/60A-H00D

Part number A F AMS20A-H00D 219.9 68.6 AMS30A-H00D 229.4 70.1 AMS40A-H00D 264.4 86.6 AMS60A-H00D 311.4 87.1

: Refer to "AMS20/30/40/60A-R/N/F#D" for dimensions other than "A" and "F". (page 116)

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No.PF-OMA1007

Standby regulator type NC specification AMS20/30/40/60B-R/N/F#C

Part number P A B C D E J M L AMS20B-#C 1/8 1/4 301.8 214.7 81.7 64.4 25.6 46.2 24 40.1 AMS30B-#C 1/4 3/8 348.3 214.7 87.9 83 29.1 46.2 30 40.1 AMS40B-#C 3/8 1/2 395.8 214.9 92.4 88 32.6 46.2 36 40.1 AMS60B-#C 3/4 1 491.8 214.8 93.4 119.7 42.1 46.2 46 40.1

Part number Dimensions with bracket

K F G H Q R S T U V W AMS20B-#C 85 71.2 103.2 76.2 35 7 14 54.5 6 47 42.5 AMS30B-#C 85 85.2 104.2 100.7 35 7 14 54.5 6 47 42.5 AMS40B-#C 85 103.2 105.2 122.2 40 9 18 65 7 55 50 AMS60B-#C 100 124.2 126.2 157.2 50 11 20 80 8 70 60

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No.PF-OMA1007

AMS20/30/40/60B-H00C

Part number A F AMS20B-H00C 247.4 69.6 AMS30B-H00C 285.9 83.1 AMS40B-H00C 325.4 100.6 AMS60B-H00C 401.4 121.1

: Refer to "AMS20/30/40/60B-R/N/F#C" for dimensions other than "A" and "F". (page 118)

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No.PF-OMA1007

Standby regulator type NO specification AMS20/30/40/60B-R/N/F#D

Part number P A B C D E J M L

AMS20B-#D 1/8 1/4 301.8 214.7 85.1 64.4 25.6 46.2 24 40.1 AMS30B-#D 1/4 3/8 348.3 214.7 102.1 83 29.1 46.2 30 40.1 AMS40B-#D 3/8 1/2 395.8 214.9 119.4 88 32.6 46.2 36 40.1 AMS60B-#D 3/4 1 491.8 214.8 118 119.7 42.1 46.2 46 40.1

Part number Dimensions with bracket

K F G H Q R S T U V W AMS20B-#D 85 71.2 103.2 76.2 35 7 14 54.5 6 47 42.5 AMS30B-#D 85 85.2 104.2 100.7 35 7 14 54.5 6 47 42.5 AMS40B-#D 85 103.2 105.2 122.2 40 9 18 65 7 55 50 AMS60B-#D 100 124.2 126.2 157.2 50 11 20 80 8 70 60

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No.PF-OMA1007

AMS20/30/40/60B-H00D

Part number A F

AMS20B-H00D 247.4 69.6 AMS30B-H00D 285.9 83.1 AMS40B-H00D 325.4 100.6 AMS60B-H00D 401.4 121.1

: Refer to "AMS20/30/40/60B-R/N/F#D" for dimensions other than "A" and "F". (page 120)

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No.PF-OMA1007

Air Management Hub Base type EXA1-20/30/40-PN/EN-#

Model A B C D E F EXA1-20 236.2 35 42 19.1 65.1 30.5 EXA1-30 236.2 43 53 13.6 65.1 30.5 EXA1-40 240.4 51 64.4 4.6 71 35.5

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No.PF-OMA1007

EXA1-60-PN/EN-#

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No.PF-OMA1007

Remote type EXA1-20/30/40-SA-#

Model A B C D E F G EXA1-20 236.2 35 42 19.1 65.1 30.5 74.7 EXA1-30 236.2 43 53 13.6 65.1 30.5 74.7 EXA1-40 240.4 51 64.4 4.6 71 35.5 75.6

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No.PF-OMA1007

EXA1-60-SA-#

Refer to separate operation manuals for other AMS components.

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No.PF-OMA1007

Accessories Seal cap (10 pcs.) Be sure to mount a seal cap on any unused I/O connectors. Otherwise, the specified enclosure IP rating cannot be maintained.

EX9-AWES (For M8)

EX9-AWTS (For M12)

Marker (1 sheet, 88 pcs.) The signal name of the I/O device and each unit address can be entered and mounted on each unit.

EX600-ZT1

Silencer Connect a silencer to the exhaust port on the residual pressure relief valve. Recommended part numbers are shown below.

Part number

Silencer Compact resin type Metal body type High noise reduction type

Part number

AN20-02 AN30-03 AN40-04 AN500-06 AN600-10 AN202-02 AN302-03 AN402-04 ANA1-06 ANA1-10

Piping size 1/4 3/8 1/2 3/4 1 1/4 3/8 1/2 3/4 1

AMA20#-##C-#-#L# NC - - - - - - - -

AMA20#-##D-#-#L# NO - - - - - - - - -

AMA30#-##C-#-#L# NC - - - - - - - -

AMA30#-##D-#-#L# NO - - - - - - - - -

AMA40#-##C-#-#L# NC - - - - - - - -

AMA40#-##D-#-#L# NO - - - - - - - - -

AMA60#-##C-#-#L# NC - - - - - - - -

AMA60#-##D-#-#L# NO - - - - - - - -

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No.PF-OMA1007

Communication Cable/Communication Cable with Connector/Communication Connector

With connector on both sides (Plug/Plug)

Plug connector pin arrangement

D-coded

Plug connector pin arrangement

D-coded

Item Specifications Cable O.D. 6.5 mm Conductor nominal cross section 0.34 mm2/AWG22 Wire O.D. (Including insulator) 1.55 mm Min. bending radius (Fixed) 19.5 mm

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No.PF-OMA1007

With angled connector on both sides (Plug/Plug)

Plug connector pin arrangement

D-coded

Plug connector pin arrangement

D-coded

Item Specifications Cable O.D. 6.5 mm Conductor nominal cross section 0.34 mm2/AWG22 Wire O.D. (Including insulator) 1.55 mm Min. bending radius (Fixed) 19.5 mm

-129-

No.PF-OMA1007

Cable with M12 RJ-45 connector (Plug/RJ-45 connector)

Plug connector pin arrangement

D-coded

Plug connector pin arrangement

Item Specifications Cable O.D. 6.4 mm Nominal cross section 0.14 mm2/AWG26 Wire diameter 0.98 mm Min. bending radius (Fixed) 26 mm

-130-

No.PF-OMA1007

Cable with connector (Plug)

Plug connector pin arrangement

D-coded

Item Specifications Cable O.D. 6.5 mm Nominal cross section AWG22 Wire diameter (Including insulator) 1.5 mm Min. bending radius (Fixed) 45.5 mm

-131-

No.PF-OMA1007

Field wireable connector

Terminal No. Wire colours 1 Orange/White 2 Green/White 3 Orange 4 Green

Plug connector

pin arrangement D-coded

Applicable Cable

Item Specifications Cable O.D. 4.0 to 8.0 mm

Wire gauge (Stranded wire cross section)

0.14 to 0.34 mm2/ AWG26 to 22

: The table above shows the specifications for the applicable cable. Adaptation for the connector may vary on account of the conductor construction of the electric wire.

-132-

No.PF-OMA1007

Power Supply Cable with M12 Connector (A-coded)

Socket connector pin arrangement

A-coded (Normal key)

Plug connector pin arrangement

A-coded (Normal key)

-133-

No.PF-OMA1007

Lead wire with M12 connector (ZS-37-A)

Lead wire with M12 connector (ZS-49-A)

Cable specification for M12 connector and lead wire (ZS-37-A, ZS-49-A) Item Specifications Conductor Nominal cross section AWG23

Insulator O.D. Approx. 1.1 mm Clours Brown, Blue, Black, White

Sheath Cable O.D. 4

-134-

No.PF-OMA1007

Connector cable for AMS components Lead wire with M12 connector (EXA1-AC1)

Cable specification for M12 connector and lead wire Item Specifications Conductor Nominal cross section AWG23 Insulator O.D. Approx. 1.1 mm Sheath Cable O.D. 4

-135-

No.PF-OMA1007

Lead wire with M12 connector (EXA1-AC2)

Cable specification for M12 connector and lead wire Item Specifications Conductor Nominal cross section AWG23 Insulator O.D. Approx. 1.1 mm Sheath Cable O.D. 4

No.PF-OMA1007

Revision history

4-14-1, Sotokanda,

Manualsnet FAQs

If you want to find out how the AMS30 SMC works, you can view and download the SMC AMS30 Regulator Operation Manual on the Manualsnet website.

Yes, we have the Operation Manual for SMC AMS30 as well as other SMC manuals. All you need to do is to use our search bar and find the user manual that you are looking for.

The Operation Manual should include all the details that are needed to use a SMC AMS30. Full manuals and user guide PDFs can be downloaded from Manualsnet.com.

The best way to navigate the SMC AMS30 Regulator Operation Manual is by checking the Table of Contents at the top of the page where available. This allows you to navigate a manual by jumping to the section you are looking for.

This SMC AMS30 Regulator Operation Manual consists of sections like Table of Contents, to name a few. For easier navigation, use the Table of Contents in the upper left corner.

You can download SMC AMS30 Regulator Operation Manual free of charge simply by clicking the “download” button in the upper right corner of any manuals page. This feature allows you to download any manual in a couple of seconds and is generally in PDF format. You can also save a manual for later by adding it to your saved documents in the user profile.

To be able to print SMC AMS30 Regulator Operation Manual, simply download the document to your computer. Once downloaded, open the PDF file and print the SMC AMS30 Regulator Operation Manual as you would any other document. This can usually be achieved by clicking on “File” and then “Print” from the menu bar.