TURCK RSM RKM 5735-4M DEVICENET CABLE ASSEMBLY U-36364 #242894 RSMRKM57354M

Description:

The TURCK RSM RKM 5735-4M DeviceNet Cable Assembly is used in DeviceNet industrial communication systems to provide reliable power and data connections between field devices and control equipment. Commonly installed in PLC-controlled manufacturing systems, conveyor systems, packaging machines, and distributed I/O networks using 5-pole Minifast connectors. Maintenance teams, OEMs, and system integrators use this part for equipment replacement, network expansion, system retrofits, and dependable DeviceNet communication installations.

Applications:

The TURCK RSM RKM 5735-4M DeviceNet Cable Assembly is designed for connecting DeviceNet-compatible sensors, actuators, I/O modules, motor starters, and controllers in industrial automation environments. Its 4-meter cable length is ideal for factory automation, assembly lines, packaging equipment, material handling systems, and process control applications requiring reliable DeviceNet communication and power distribution.

Technical Specifications:

• Manufacturer Part Number (MPN): RSM RKM 5735-4M
• Brand: TURCK
• Product Type: DeviceNet Cable Assembly
• Manufacturer Reference: U-36364 / #242894
• Connector A: 7/8"-16 UN Minifast Male, Straight
• Connector B: 7/8"-16 UN Minifast Female, Straight
• Number of Contacts: 5-Pole
• Fieldbus Protocol: DeviceNet
• Cable Length: 4 m (13.1 ft)
• Cable Type: Shielded DeviceNet Cable
• Number of Conductors: 4 (Shielded)
• Cable Jacket Material: PVC, Gray
• Rated Voltage: 600 V
• Current Rating: 9 A
• Contact Material: Gold-Plated Brass
• Coupling Nut Material: Nickel-Plated Brass
• Protection Rating: IP67 (when connected)
• Special Features: Shielded Tray Cable, Twisted Data Pair and Power Pair
• Compliance: UL 2238, UL Listed, CSA C22.2 No. 182.3, CE, RoHS, FM Class I Div. 2

Common Replacements:

• TURCK RSM RKM 5735-2M – DeviceNet Cable Assembly
• TURCK RSM RKM 5735-3M – DeviceNet Cable Assembly
• TURCK RSM RKM 5735-5M – DeviceNet Cable Assembly