Phoenix Contact IO-Link Couplers
Phoenix Contact IO-Link Couplers transmit up to 18W of power and up to 230.4kbps of IO-Link data across an air gap of up to 7mm. Phoenix Contact IO-Link Couplers feature IP68 protection, IO-Link Class A compatibility, and near-field technology. The couplers are designed for automotive, factory automation, and machine building applications.
Features
- Contactless power and IO-Link data transmission
- 7mm maximum transmission air gap
- 18W maximum power transmission
- 230.4kbps maximum IO-Link data transmission
- Non-metallic material power transmission functionality
- Near-field technology operation
- IO-Link Class A device compatibility
- Bidirectional communication
Applications
- Connector connection and disconnection
- Robot tool changes
- Automatic component feeding systems
- Automated guided vehicles
- Modular production islands
- Goods distribution and material flow systems
- Automatic transport systems
- Moving system part communication
- Turntables
- Rotary indexing tables
- Swivel tables
- Machine tools
- Filling machines
- Packaging machines
- Automotive
- Factory automation
- Machine building
Specifications
- NF MC M30 AI mounting material
- 59mm W x 30mm H x 42mm D
- 30mm diameter
- Aluminum material
- Direct mounting
- NF PD IOL B inductive coupler
- 170g weight
- 20.4VDC to 28.8VDC supply voltage range
- ≤1.7A maximum current consumption
- Short-circuit protection, polarity reversal protection
- PNP digital output
- NF PD IOL R inductive coupler
- 176.9g weight
- 24VDC ±10% output voltage
- ≤750mA output current
- Inductive couplers
- M12 connection technology
- IP68 stainless steel housing
- M30 x 1.5 screw mounting
- 20m cable length
- 1400ms switch-on time
- 100kHz to 148.5kHz power transmission frequency range
- 2.4GHz to 2.47GHz wireless frequency range
- 30mm W x 30mm H x 86mm D
Datasheets
NF MC M30 AI Schematics
NF PD IOL B Schematics
NF PD IOL R Schematics
NF PD IOL B Derating Curve
NF PD IOL R Derating Curve
NF PD IOL B Block Diagram
NF PD IOL R Block Diagram
Published: 2026-10-19
| Updated: 2026-10-20
