WG600S Industrial Variable Speed Hose Peristaltic Pump

Description

WG600S high flow variable speed peristaltic pump, the pump is suitable for transferring large amount of fluid in industry. It provides flow range from 0.4 to 13 L/min. The brush-less motor drive with large torque is maintenance free. It has basic functions such as reversible direction, start/stop, full speed (fast cleaning) and variable speed. With RS485 MODBUS interface, the pump is easy to be controlled by external device, such as computer, human machine interface or PLC.

Flow: 0.4-13 L/min
Max: 2 Channels
Warranty: 3 years for the peristaltic pump drive

Description

Functions and Features

Stainless steel housing.
keypad controls running speed, reversible direction, start/stop, full speed, easy operation.
Four digits LED indicator displays working speed.
Brushless motor drive, maintenance free.
Stainless steel housing, easy to clean, excellent resistance to corrosion of the acid,alkali, sodium and organic solvents.
The circuit board with conformal coating makes it dust-proof and moisture-proof.
External on/off voltage signal controls start/stop, reversible direction and easy dispensing function, optically coupled isolator. External analog signal adjusts the rotating speed.
With RS485 MODBUS interface, easy to be controlled by external devices.

Specifications

Flow range (mL/min): 0.4-13 L/min
Speed range (rpm): 30-600
Speed resolution (rpm): 1 rpm.
Speed accuracy: 3%
Power supply: AC100-240V, 50Hz/60Hz
Power consumption: < 300W
External control: Analog 0-5V control speed, 0-10V, 4-20mA optional, 5V, 12V, 24V input level (optional)
Communication interface: RS485 MODBUS interface
Operating condition: Temperature 0~40°C; Relative humidity < 80%
IP grade: IP31
Dimensions (L x W x H): 356 x 235 x 225 mm
Weight: 13 kg (28.7 lbs)

WG600S Applicable Pump Heads and Tubings, Flow Parameters

Drive type	Pump head	CH	Tubing size (mm)	Flow rate (L/min) per channel
WG600S	YZ35	1	73# 82#	0.4- 13
WG600S	2 x YZ35	2	73# 82#	0.4- 13

Above flow parameters are obtained by using silicone tube to transfer pure water under normal temperature and pressure, in actually it is effected by specific factors such as pressure, medium, etc. Above for reference only.