Thomas Liquid Peristaltic Pump Flow Rate: 100 ml / min , 100 ml / min, Max Pressure: 8 m H20 , 8 m H20, Max Suction: 8 m H20 , 8 m H20, Voltage (DC): 24, DC Motor Type: Low Cost, Net Weight: .44 lbs. / .2 Kg Series Configured Datasheet.
Thomas Liquid Peristaltic Pump Flow Rate: 100 ml / min , 100 ml / min, Max Pressure: 8 m H20 , 8 m H20, Max Suction: 8 m H20 , 8 m H20, Voltage (DC): 24, DC Motor Type: Low Cost, Net Weight: .44 lbs. / .2 Kg Series Configured Datasheet.
Thomas Liquid Peristaltic Pump Flow Rate: 25 ml / min , 25 ml / min, Max Pressure: 10 m H20 , 10 m H20, Max Suction: 8 m H20 , 8 m H20, Voltage (DC): 24, DC Motor Type: Standard, Net Weight: 1.3 lbs. / .6 Kg Series Configured Datasheet.
Thomas Liquid Peristaltic Pump Flow Rate: 264 ml / min , 264 ml / min, Max Pressure: 10 m H20 , 10 m H20, Max Suction: 8 m H20 , 8 m H20, Voltage (DC): 24, DC Motor Type: Standard, Net Weight: 1.3 lbs. / .6 Kg Series Configured Datasheet.
Please contact us for the latest version.sales@ocaire.com, 40MM ML*, ACTUATOR, ML1 LOCKING BAND CYLINDER, M1, 40MM ML*
Please contact us for the latest version.sales@ocaire.com, 40MM ML*, ACTUATOR, ML1 LOCKING BAND CYLINDER, M1, 40MM ML*
Please contact us for the latest version.sales@ocaire.com, 40MM ML*, ACTUATOR, ML1 LOCKING BAND CYLINDER, M1, 40MM ML*
Body Size: 20, Protocol: SA [Standalone (When Wireless Adapter is Connected: Wireless Remote)], Unit: K (Units Selection Function)
Body Size: 30, Protocol: SA [Standalone (When Wireless Adapter is Connected: Wireless Remote)], Unit: K (Units Selection Function)
Body Size: 60, Protocol: SA [Standalone (When Wireless Adapter is Connected: Wireless Remote)], Unit: K (Units Selection Function)
Body Size: 20, Protocol: PN [PROFINET, OPC UA (When Wireless Adapter is Connected: Wireless Base)], Unit: K (Units Selection Function)
Body Size: 30, Protocol: PN [PROFINET, OPC UA (When Wireless Adapter is Connected: Wireless Base)], Unit: K (Units Selection Function)
Body Size: 60, Protocol: PN [PROFINET, OPC UA (When Wireless Adapter is Connected: Wireless Base)], Unit: K (Units Selection Function)
Body Size: 20, Protocol: EC [EtherCAT®, (When Wireless Adapter is Connected, Wireless Base)], Unit: K (Units Selection Function)
Body Size: 60, Protocol: EC [EtherCAT®, (When Wireless Adapter is Connected, Wireless Base)], Unit: K (Units Selection Function)
Body Size: 30, Protocol: EC [EtherCAT®, (When Wireless Adapter is Connected, Wireless Base)], Unit: K (Units Selection Function)
The heart of the Air Management System is the hub. Based on the PF3A flow sensor, the hub generates flow, pressure and temperature data to quantify machine operation. The standalone or remote hubs can communicate wirelessly with the base units. The base units have fieldbus communication for connection to the PLC while process data is provided via OPC UA to the customer analytics system
The heart of the Air Management System is the hub. Based on the PF3A flow sensor, the hub generates flow, pressure and temperature data to quantify machine operation. The standalone or remote hubs can communicate wirelessly with the base units. The base units have fieldbus communication for connection to the PLC while process data is provided via OPC UA to the customer analytics system
The heart of the Air Management System is the hub. Based on the PF3A flow sensor, the hub generates flow, pressure and temperature data to quantify machine operation. The standalone or remote hubs can communicate wirelessly with the base units. The base units have fieldbus communication for connection to the PLC while process data is provided via OPC UA to the customer analytics system
The heart of the Air Management System is the hub. Based on the PF3A flow sensor, the hub generates flow, pressure and temperature data to quantify machine operation. The standalone or remote hubs can communicate wirelessly with the base units. The base units have fieldbus communication for connection to the PLC while process data is provided via OPC UA to the customer analytics system