ORBIS Technology utilizes a closed-loop speed control system that achieves a set point for speed very quickly and holds this point independent of load which ensures fluid delivery will be consistent regardless of application and system variables.
Standard product supports four-wire and two-wire configurations. The four-wire configuration allows speed control of 0 to 5 volts from 800 to 3600 RPM, tach out for speed monitoring, reversing control, as well as fault-out and current-out. An alternate simplified two-wire configuration can easily replace a brushed motor in OEM applications.
Ingersoll Rand's robust D Series platform has proven performance and long life of up to 20,000 hours. The pump is driven by a Neodymium magnet that delivers 85 mNm of torque to cover a wide range of applications. The compact footprint of ORBIS pump and motor allows it to integrate into almost any application. Static O-Ring seals are leak-free and make field repair with service packs simple. Also, optional integrated push-to-connect tube fittings reduces installation time by at least 50% and saves additional space compared to traditional ports.
Building on a vast knowledge of hydraulics, mechanics, and electronics comes proven D Series pumps powered by ORBIS Technology. ORBIS Technology enhanced drive solution offers an integrated brushless DC motor with closed-loop control delivering performance that satisfies a high variety of applications in a compact design with exceptional reliability and extended life. D Series external gear pumps are known for their seal-less construction and non-pulsing flow which makes them perfect for precise circulating, dosing, and metering applications.
If the application requires a leak-free, compact, and technically advanced pump, Ingersoll Rand's D Series pumps with ORBIS Technology is the solution.
Why Choose ORBIS™ Technology?
D Series Pumps by Ingersoll Rand combine advanced technology, reliability, and ease of use. Choose a product that adapts to your needs and delivers top quality in every application.