The Avantor Fluid Handling L/S Digital Precision Modular Drive with Remote I/O and Benchtop Controller allows flexible placement of motor and controller, perfect for limited spaces, hoods, or isolation chambers. It offers precise speed control with ±0.25% accuracy and a three-digit LED display for easy rpm confirmation. The reversible motor supports tubing purge and bidirectional pumping. Stack 2 or 4 pump heads for increased flow and multichannel use.
Product Features
- Speed range from 6 to 600 rpm with ±0.25% control accuracy
- Flow rate 0.06 to 3400 mL/min depending on tubing size and rpm
- Separate motor and benchtop controller for flexible placement
- Three-digit LED rpm display and membrane keypad for speed, direction, and start/stop control
- Reversible motor with tubing purge capability
- LED indicators display motor direction
- Stackable motors support 2 or 4 pump heads for higher flow rates and multichannel applications
- Separate speed and power (on/off) controls maintain speed settings while toggling power
- Splash-resistant ABS plastic benchtop controller housing, IP33 rated
- Drive housing is epoxy-finished steel, IP33 rated
- Remote control via DB9 female connector: speed input (4–20 mA or 0–10 VDC), pump direction, and start/stop
- 6-ft (1.8-m) cable connects drive and controller; optional extension cable available
What’s Included
- 6-ft (1.8-m) line cord with IEC 320/CEE22 socket
- Country-specific plug/cord set shipped per order destination (please specify ultimate destination when ordering)
Benefits
- Flexible modular design for convenient installation in tight spaces
- Accurate speed control ensures precise fluid metering and transfer
- Robust, splash-resistant construction for lab and process durability
- Supports advanced pumping setups with stacking and remote control features
Why Choose the Avantor Fluid Handling L/S Digital Precision Modular Drive with Remote I/O and Benchtop Controller, 6 to 600 rpm, 90 to 260 VAC?
This modular drive system offers precision, flexibility, and robust design, making it ideal for metering applications requiring remote I/O and adaptable installation in space-constrained environments.
