Model 100 Syringe pump (2 channels)

Model 100 applies a micro-step motor mechanism permitting the application at a low flow rate.
The liquid crystal display makes easily the setup of the flow rate and operation time. It shows
an excellent stability in the flow rate. The flow rate could be adjusted in range of 0.001 無/min
to 90 mL/min. Because of the wide range of the flow rate, this pump could be applied in flow
injection analysis, and sensor and microdialysis researches.
The setup configuration is remained internally and it is possible to repeatedly investigate with
the same conditions.

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Features

  • Dual syringe pump
  • Liquid crystal display
  • Excellent operation of user interface
  • A variety of syringes in different sizes
  • Remote control by computer
  • Alarm verification
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Model 100 Syringe pump

   
Model 100 Syringe pump 1.Push block
2.Push block open nut
3. Syringe clamp
4. Safety nut
5. Lead screw
6. Power lamp
7. Stop - Pause - Start key
8. Navigation key
9. Liquid crystal display
10. Value input key





 

At the back panel of the pump, there is a 9 pin RS-232 connector.



 

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Specifications

Syringe size 0.5 無 - 60 mL
Power supply 100 - 240 VAC, 50/60 Hz
Operation mechanism Steeping motor
Resolution 0.196 痠/step
Flow rate range < 1 無/h (10 無 syringe) - 90 mL/min (60 mL syringe)
Size 240 (W) x 170 (D) x 110 (H) mm
Weight 2.6 kg
Operating temperature -25 - 80 蚓
Operating humidity 20 - 80% RH



 

Catalog No. Description Model 100 Syringe pump
012085 Model 100 Syringe pump 2 channels
Optional
009019 ALS105 syringe 10 無
009026 ALS105 syringe 250 無
009021 ALS105 syringe 0.5 mL
009020 ALS105 syringe 1.0 mL
009022 ALS105 syringe 2.5 mL
009023 ALS105 syringe 5.0 mL
009521 FEP tube, ID: 0.12 mm (1 m)
009520 FEP tube, ID: 0.15 mm (3 m)
009500 Tube adaptor (10 pcs)
009500 Tubing adaptor
011621 Liquid Switch
012771 Push-Pull adaptor
000715 Tee joint

Push/Pull adaptor: The suction of the sample could be performed using the push/pull adaptor. It will reduce the backpressure which will prevent the leakage at the tube joint and avoid that the air bubbles enter.