The Lumberg Automation 934764002 ASBV-R 4 5-256/10M is a passive 4 port, 5 pin M12 distribution block, with 2 channels. Has 10 meters of integrated control cable and ground connection. The cable is halogen free, black PUR jacketed. Two signals per socket. It creates a secure connection for sensors and actuators. Made for analog signals, it does not feature LEDs. Rated IP 65/IP 67.
Note: LED version pictured
Features
- Vibration proof ports have metal threads
- Made for good electromagnetic compatibility
- Makes it easier to increase the size of your plant
- Central boring for in-line mounting on extruded profiles using tenon blocks
Specifications
- Protection Class- IP 65/IP 67
- Pollution Severity- 3
- Housing Dimensions- 129.7mm Length x 59.6mm Width x 17.6mm Height (5.11" x 2.35" x 0.7")
- Operating Temperature Range- -40 C to 80 C (dragchain & UL max. 60 C)
- Contact Material- CuZn (pre-nickeled and gold plated)
- Contact Bearer Material- TPU-GF, self extinguishing
- Housing Material- Zinc die-casting
- O-Ring Material- FKM
- Rated Voltage- 30 V
- Rated Current- 4 A per outlet / 10 A max. total, at 40 C
- Rated Impulse Voltage- 32 V
- Contact Resistance- <= 5 mOhm
- Insulation Resistance- > 109 Ohm
- Cable Length- 10 Meters
- Cable Jacket- Black PUR
- Cable Conductor Size- 3 x 1 mm2, 8 x 0.5 mm2
- Cable O.D.- .457" (11.6 mm)
- Ports- 4
- Approvals- UL, CSA
Constructed from die-cast zinc, the housing is made to withstand the tough conditions of the industrial environment. This includes exposure to filings, coolants & lubricants, welding sparks, as well as shock and vibration. It can be installed directly on the machinery, reducing time and costs by providing a place for multiple M12 connections. Using T junctions on the M12 distribution block ports give you double the amount of possible connections. The ports are embedded, which make a low profile and adds to the space saving design. Mechanical engineering, plant construction, welding, food & beverage equipment, and material handling are common applications for this distribution block.
