This lot contains 3 Edwards vacuum pumps:
Two are models E2M30 (sn 179412340, 066134069), and one is RV3 (sn: 006442196).
These 3 pumps have been triple flushed. They do not work and may be missing one or more parts.

The Edwards E2M30 pumps are a two-stage, direct drive, sliding vane pump designed for reliable, long-term operation in both laboratory and industrial environments. They are oil-sealed and features a flexible coupling by a single-phase or three-phase motor. The pumps are free-standing units with an oil pressure system that lubricates the pump shaft bearing surfaces and rotor sealing faces. They have an oil distribution valve to prevent oil discharge to the pump interior after it stops. The pumping chambers are air-tight, preventing air suckback unless the gas-ballast valve is open. The E2M30 pump is suitable for demanding applications and is known for its low ultimate pressure and high pumping speeds. It is equipped with advanced lubrication circuits and can be combined with an EH booster for additional pumping speed and improved ultimate pressure.

The Edwards RV3 is a dual-stage rotary vane mechanical vacuum pump known for its high performance and versatility. It is suitable for a wide range of applications, including industrial, chemical, pharmaceutical, and food industries. The pump is designed for laboratory applications due to its low-cost operation and maintenance, as well as its proven performance in R&D and scientific pumping applications. The RV3 pump is available with speeds ranging from 3 to 12 m3/hr and can handle high vapour pumping capabilities with a capacity of up to 220 gh-1 water vapour. It is also equipped with a self-centring mechanism, no dowels to set, and can replace any component. The pump operates quietly at a noise level of 48 dB (A).

Instruments are released for loadout as pictured.
Additional crating/packaging is the responsibility of the winning bidder.
No software or computers are included.
A loading dock capable of receiving a 53' trailer is available.
All items must be removed at time of loadout.