• TeSys F 

• main contact set 

• 3P

The LAN-B-A 30 BG is a support bearing from Bosch Rexroth that is used to fix linear guides in industrial applications. 

• 4-channel
• Power supply for 2-wire transmitters with 4 mA ... 20 mA
• Installation in Zone 2 or safe area
• Supply circuit 15 V (20 mA)
• Input from active signals of 4-wire transmitters
• HART communication via field bus or service bus
• Simulation mode for service operations (forcing)
• Line fault detection (LFD): one LED per channel
• Permanently self-monitoring
• Module can be exchanged under voltage

• 4-channel
• Power supply for 2-wire transmitters with 4 mA ... 20 mA
• Installation in Zone 2 or safe area
• Supply circuit 21.5 V (4 mA)
• HART communication via field bus or service bus
• Simulation mode for service operations (forcing)
• Line fault detection (LFD): one LED per channel
• Permanently self-monitoring
• Module can be exchanged under voltage

• 4-channel
• Inputs Ex ia
• Mounting in Zone 2, Class I/Div.2 or in the safe area
• Power supply for 2-wire transmitters with 4 mA ... 20 mA
• Supply circuit 15 V (20 mA)
• Input from active signals of 4-wire transmitters
• HART communication via field bus or service bus
• Simulation mode for service operations (forcing)
• Line fault detection (LFD): one LED per channel
• Permanently self-monitoring
• Module can be exchanged under voltage

• 4-channel
• Inputs Ex ia
• Mounting in Zone 2, Class I/Div.2 or in the safe area
• Power supply for 2-wire transmitters with 4 mA ... 20 mA
• Supply circuit 15 V (20 mA)
• HART communication via field bus or service bus
• Simulation mode for service operations (forcing)
• Line fault detection (LFD): one LED per channel
• Permanently self-monitoring
• Module can be exchanged under voltage

• 8-channel
• Outputs Ex ib
• Mounting in Zone 2, Class I/Div.2 or in the safe area
• Module can be exchanged under voltage
• Galvanic group isolation
• Line fault detection (LFD)
• Positive or negative logic selectable
• Simulation mode for service operations (forcing)
• Permanently self-monitoring
• Output with watchdog
• Output with bus-independent safety shutdown

• Interface between the I/O modules and the PCS/PLC
• Com unit for 80 analog or 184 digital channels
• Communication via MODBUS RTU
• Mounting in Zone 2, Class I/Div.2 or in the safe area
• HART communication via service bus
• Configuration via FDT 1.2 DTM
• Non-volatile memory for configuration and parameter settings
• Self configuration in redundant systems
• Permanently self-monitoring
• Outputs drive to safe state in case of failures
• Module can be exchanged under voltage

• Interface between the I/O modules and the PCS/PLC
• Com unit for 80 analog or 184 digital channels
• Communication via PROFIBUS DP
• Mounting in Zone 2, Class I/Div.2 or in the safe area
• HART communication via PROFIBUS DP V1 or service bus
• Configuration via FDT 1.2 DTM
• Configuration in run (CiR) for any PCS
• Non-volatile memory for configuration and parameter settings
• Self configuration in redundant systems
• Permanently self-monitoring
• Outputs drive to safe state in case of failures
• Module can be exchanged under voltage

• Interface between the I/O modules and the PCS/PLC
• Com unit for 80 analog or 184 digital channels
• Communication via PROFIBUS DP
• Mounting in Zone 2, Class I/Div.2 or in the safe area
• HART communication via PROFIBUS DP V1 or service bus
• Configuration via FDT 1.2 DTM
• Configuration in run (CiR) for any PCS
• Non-volatile memory for configuration and parameter settings
• Self configuration in redundant systems
• Permanently self-monitoring
• Outputs drive to safe state in case of failures
• Module can be exchanged under voltage

• Interface between the I/O modules and the PCS/PLC
• Com unit for 80 analog or 184 digital channels
• Communication via MODBUS TCP
• Mounting in Zone 2, Class I/Div.2 or in the safe area
• HART communication via MODBUS TCP or service bus
• Configuration via FDT 1.2 DTM
• Non-volatile memory for configuration and parameter settings
• Self configuration in redundant systems
• Permanently self-monitoring
• Outputs drive to safe state in case of failures
• Module can be exchanged under voltage

• Interface between the I/O modules and the PCS/PLC
• Mounting in Zone 2, Class I/Div.2 or in the safe area
• Non-volatile memory for configuration and parameter settings
• Communication via PROFINET
• HART communication via PROFINET and HART I/P

CleverLevel LBFS-01111.0

• Point level detection based on frequency sweep technology
• Reliable in diverse media
• Wide variety of process connections
• For hygienic and industrial applications

The LC25DB40D7X is a logic cartridge valve from Bosch Rexroth that is used in hydraulic systems to control fluid flow. It is a member of the LC25 series, which is characterized by high performance, reliability and a wide range of applications.

• 3P(3NO)

• AC-3/AC-3e

• <=440V

• 115A, 24V DC standard coil

• screw clamp terminals

• 3P - AC-3 440V

• 25A 

• 24Vac coil

• 3P(3 NO), AC-3/AC-3e

• 0 to 440V

• 25A

• 250VAC 50/60Hz coil

• 3P(3 NO), AC-3/AC-3e

• 0 to 440V

• 65A

• 24VDC standard coil

• 9 A, 3 P, 5 HP at 480 VAC

• reversing

• 120 VAC 50/60 Hz coil

The LC100A10E6X from Bosch Rexroth is a logic inline valve with a size of 100. It is bi-directional, which means that the flow can go from A to B or from B to A. The valve is hydraulically actuated and uses a type AE piston

The LC80A20D6X V from Bosch Rexroth is a 4-way logic cartridge valve designed for industrial hydraulic applications requiring reliable bidirectional flow switching. Part of Bosch Rexroth's high-performance AD coil valve range, this valve features hydraulic control for precise control of the direction of oil flow.

Detects water content in oil and air

• LEFB Electric Actuator
• Slider Type
• Belt Drive

• LEHZ
• Electric Gripper
• 2 Finger
• Vertical Type

• LER
• Electric Rotary Table

Levelflex FMP57-5JW5/0, LC=4000мм

• Type: Levelflex FMP57
• Probe: rope, 35 m
• Output signal: 4-20 mA HART