Rotary Vane Pump, TM Series Magnet drive Rotary Vane Pump with Motor from Clark TM Magnet Drive Rotary Vane Pump
with Motor 30 to 200 LPH

DESCRIPTION
Rotary Vane Pump

The principle of the magnet drive is the driving force of the pole-to-pole alignment of 2 magnets. The driven magnet is attached to the pump shaft within the pump, while the driving magnet is attached to the motor shaft and closely located to the driven magnet. By means of magnetic attraction, the pump rotates in response to motor shaft rotation.

This series of rotary vane pumps, available in four different displacements, with either a brass or a stainless steel housing, AISI 303 stainless steel rotor, carbon graphite pumping chamber and vanes, can be equipped with an optional built-in relief valve. Inlet and outlet ports have 3/8” NPT female threads. All models are available with Buna-N, Viton or EPDM seals. Compared to conventional coupling, the magnet drives have several advantages:

1. Immediate decoupling upon overload
2. Higher efficiency
3. Longer service life
4. No leaks or contamination
5. Noiseless operation



TYPICAL TM MAGNET DRIVE ROTARY VANE PUMP APPLICATIONS
• Solar heating systems
• Refrigerating gas transfer
• Cooling systems
• Carpet cleaners

Drive Type TMC 1 TMC 7
Voltage (V) 230 VAC 110 VAC
Frequency (Hz) 50/60 50/60
Poles 2 2
Rated Speed (rpm) 2850/3450 2850/3450
Current Consumption (A) 0.75 1.6
Output Power (W) 90 90
Pump/motor Weight (Kg) 5.6 5.6
Capacitor (µF) 3 8
SPECIFICATIONS
Max. size solid particles: 20 microns
Max. motor speed: 3600 rpm
Max. system pressure: 18 bar (260 psi)
Max. temperature: 60°C (140°F)
DIMENSIONS (MM)
Series TM Magnet drive Rotary Vane Pump with Motor from Clark
ORDERING INFORMATION
1) Specify Motor (Select “Drive Type”)
2) Build Part Number From Table
Drive Model Housing Material *Flow Rate Built-in Relief Valve Seals Options
TMC1 TM OT=Brass 03=30 l/h 0=None V=Viton A=NSF Listed
TMC7   SS=Stainless Steel(303) 05=50 l/h 1=Std Valve N=NBR  
    10=100 l/h 4=Balanced Valve E=EPDM
15=150 l/h    
20=200l/h
*Flow rate is proportional to the motor speed

For assistance call 978-568-3400

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