IACM-IOLM8A-ECT-PN-S
Superisys
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Superisys 8-port CLASS A IO-Link Master is a flagship product designed for high-density, standardized, and intelligent field control needs. It perfectly balances port count, communication performance, cost, and reliability, making it particularly suitable as a local I/O control center for medium to large-scale automation units or stand-alone machines.
| Model | IACM-IOLM8A-ECT | IACM-IOLM8A-PN |
| Communication protocol | ![]() | ![]() |
Shell Material | PBT+GF30% | |
| Color | Black | |
| Product description | IO-LINK master module | |
| 8 Class A port | ||
| IP67 protection class | ||
| I/O connection mode | M12, 5pin hole holder, A code | |
| IO-Link master parameters | ||
| Number of master stations | The maximum configurable 8 ports | |
| Master connection mode | M12, 5-core, A-code, female head | |
| lO-link version | V1.1.2 | |
| Communication rate | COM1:4.8KBps | |
| COM2;38.4KBps | ||
| COM3:230.4KBps | ||
| The port voltage is L+ | type.24VDC(via US) | |
| The port current is L+ | 2A(via US) | |
| ClassB auxiliary voltage | - | |
| ClassB auxiliary voltage | - | |
| Class A | 8port ,X1.….X8 | |
| Class B | - | |
| Master-slave communication distance | ≤20 meters | |
| Master-master communication distance | ≤100meters | |
| Digital input and output parameters | ||
| Number of inputs | 8 way, adaptive | |
| Input port location | X1…X8 | |
| Polarity of input | PNP | |
| Signal "0" voltage | -0.3…5VDC | |
| Signal "1" voltage | 12…30VDC | |
| incoming current | type.5mA(via US) | |
| Number of outputs | 8 way, adaptive | |
| Output port location | X1…X8 | |
| Polarity of input | PNP | |
| current output | Single channel 2A(via UA) | |
| Port protection | Power short circuit protection, power supply port overload protection | |
Superisys 8-port CLASS A IO-Link Master is a flagship product designed for high-density, standardized, and intelligent field control needs. It perfectly balances port count, communication performance, cost, and reliability, making it particularly suitable as a local I/O control center for medium to large-scale automation units or stand-alone machines.
| Model | IACM-IOLM8A-ECT | IACM-IOLM8A-PN |
| Communication protocol | ![]() | ![]() |
Shell Material | PBT+GF30% | |
| Color | Black | |
| Product description | IO-LINK master module | |
| 8 Class A port | ||
| IP67 protection class | ||
| I/O connection mode | M12, 5pin hole holder, A code | |
| IO-Link master parameters | ||
| Number of master stations | The maximum configurable 8 ports | |
| Master connection mode | M12, 5-core, A-code, female head | |
| lO-link version | V1.1.2 | |
| Communication rate | COM1:4.8KBps | |
| COM2;38.4KBps | ||
| COM3:230.4KBps | ||
| The port voltage is L+ | type.24VDC(via US) | |
| The port current is L+ | 2A(via US) | |
| ClassB auxiliary voltage | - | |
| ClassB auxiliary voltage | - | |
| Class A | 8port ,X1.….X8 | |
| Class B | - | |
| Master-slave communication distance | ≤20 meters | |
| Master-master communication distance | ≤100meters | |
| Digital input and output parameters | ||
| Number of inputs | 8 way, adaptive | |
| Input port location | X1…X8 | |
| Polarity of input | PNP | |
| Signal "0" voltage | -0.3…5VDC | |
| Signal "1" voltage | 12…30VDC | |
| incoming current | type.5mA(via US) | |
| Number of outputs | 8 way, adaptive | |
| Output port location | X1…X8 | |
| Polarity of input | PNP | |
| current output | Single channel 2A(via UA) | |
| Port protection | Power short circuit protection, power supply port overload protection | |
Process Data Acquisition and Traceability
Scenario: In the food and pharmaceutical industries, it is necessary to record key parameters such as temperature, pressure, and flow rate during the production process.
Application: By connecting multiple IO-Link analog sensors, the master station stably uploads continuous process values (not just alarm thresholds) to the SCADA/MES system, achieving complete data traceability and batch recording.
Machine Tool Management and Status Monitoring
Scenario: The machining center is equipped with multiple tool magazines, each tool position has an RFID chip with an IO-Link interface for tool identification; the spindle is equipped with vibration and temperature sensors.
Application: A single master station can manage the RFID data of all tools (tool ID, lifespan, compensation value) and monitor the real-time health status of the spindle. Class A communication speed fully meets the requirements for this type of data exchange.
Process Data Acquisition and Traceability
Scenario: In the food and pharmaceutical industries, it is necessary to record key parameters such as temperature, pressure, and flow rate during the production process.
Application: By connecting multiple IO-Link analog sensors, the master station stably uploads continuous process values (not just alarm thresholds) to the SCADA/MES system, achieving complete data traceability and batch recording.
Machine Tool Management and Status Monitoring
Scenario: The machining center is equipped with multiple tool magazines, each tool position has an RFID chip with an IO-Link interface for tool identification; the spindle is equipped with vibration and temperature sensors.
Application: A single master station can manage the RFID data of all tools (tool ID, lifespan, compensation value) and monitor the real-time health status of the spindle. Class A communication speed fully meets the requirements for this type of data exchange.