4-WIRE P-NET bus wiring
4-Wire P-NET bus wiring Wiring examples: M36 cluster with local power supply for I/O M36 cluster as bus power supply Traditional P-NET device connected to 4-WIRE P-NET - bus powered…
4-WIRE P-NET Power Supply
4-Wire P-NET power supply One single 24V DC power supply is used for each bus segment. 0V at the power supply is connected to ground. The power supply can be…
4-Wire P-NET Cable
4-Wire P-NET cable 4-WIRE P-NET specifies the use of a shielded cable having 2 individual twisted pairs.The communication pair must have a characteristic impedance of 100 to 120Ω and a…
P-NET Light-Link
P-NET Light-Link Light-Link provides an optical communication link for P-NET.In P-NET networks, where all devices are interconnected exclusively by Light-Link, communication speeds of up to 230.4 kbit/s are permitted. This…
P-NET Shield connection
P-NET shield connection Cable shield is connected to ground in both ends of each cable.The shield must be connected to ground (chassis) as close to the cabinet entrance point as…
P-NET Wiring
P-NET Wiring P-NET bus cable Cable connection to the terminals depends of the cable type used: - 1 x twisted pair: the shield is connected to the 'S' terminal. -…
P-NET Cable
P-NET Cable The P-NET standard specifies the use of shielded cable with 1 x twisted pair; this cable type is widely used. However, using a cable with an additional pair…
4-WIRE P-NET Topology
4-Wire P-NET Topology 4-WIRE P-NET is a wiring principle that enables a number of simple devices to be connected by means of a single cable, which provides both communication and…
P-NET Redundancy
P-NET Redundancy P-NET redundancy provides an additional communication network path between a number of M36 clusters, where under normal operational conditions, one network is redundant. Each P-NET must be of…
P-NET Bus Topology
P-NET Bus Topology With P-NET bus topology; both ends of the network must be terminated. The two nodes at the ends must be BM 010 base module configured for termination.…
