Product Description
- The SMC EXW1 wireless input/output module is used in industrial automation for the wireless acquisition and transmission of input and output signals.
- It is suitable for machines, manufacturing plant and automated production systems with decentralised signal processing.
- The module is used to connect sensors and actuators within the EXW1 wireless system.
- It is used in applications where flexible networking without communication cabling is required.
- The SMC EXW1 wireless system, a digital input/output module, is a compact unit for the wireless transmission of digital signals.
- The module is available with either an internal or external antenna and supports communication via SMC’s proprietary encrypted wireless protocol.
- Wireless transmission uses frequency-hopping spread spectrum to ensure stable communication in industrial environments.
- LED indicators assist in monitoring operating and communication statuses.
- Connection type – e-CON (4-pin, socket)
- Protection rating – IP20
- Ambient temperature – In operation: -10 to 50 °C / Storage and dispatch: -20 to 60 °C
- Relative humidity – 35 to 85 %RH (no condensation)
- US1 supply voltage range (for control/input) – 24 V DC ±10 %
- US2 supply voltage range (for output) – 24 V DC ±10 %
- Internal current consumption – max. 100 mA
- Disconnection – RDM and RDY (between US1 and US2)
- Communication range – up to 100 m
- Number of points (input) – 8 points for RDM / 16 points for RDX (2 points per connection)
- Input type – PNP (-COM) for RDM / NPN (+COM) for RDX
- Max. sensor supply current – 0.3 A per connection, 1 A per module (RDM) / 2 A per module (RDX)
- ON current – 5 mA version
- OFF current – max. 2 mA
- ON voltage – min. 11 V
- OFF voltage – max. 5 V
- Number of points (output) – 8 points for RDM / 16 points for RDY (2 points per connection)
- Output type – PNP (-COM) for RDM / NPN (+COM) for RDY
- Max. output current – 0.3 A per point, 2 A per module
- Standards – CE/UKCA marking
- Weight – 130 g (housing), 100 g (set with external antenna)
