Kamoer 400ml/min KPK400 High Flow Peristaltic Pump 12V 24V DC Motor Self-priming Pump BPT Tubing Dosing Pump for Lab
SPECIFICATIONS
Application: Metering
Base: PA
Brand Name: kamoer
Certification: CE,RoHS
Control method: Switch control
Cover: PC
Fuel: electric
Gear: PTE
High-concerned chemical: None
Model Number: KPK400 Peristaltic Pump
Origin: China Mainland
Peristaltic Pump Current: 12V/ 0.8A,24V/0.4A
Peristaltic Pump Flow rate: B40 ≥260ml/min,B25 ≥400ml/min
Peristaltic Pump Motor: Brush DC motor-800H
Peristaltic Pump Tubing: BPT tubing-1000H
Peristaltic Pump Voltage: 12V/24V(10W)
Power (W): Electric
Power Source: Electric
Pressure: Low Pressure
Roller: 3 rollers,PET
Standard or Nonstandard: Standard
Structure: Peristaltic Pump
Sync disk: POM
Theory: Rotary Pump
Usage: Water
Weight: About 275g
260~400ml/min KPK400 Peristaltic Pump 12V 24V
DC Motor Self-priming Pump for Lab

Basic Parameters
Basic Parameters |
KPK400 |
|
Motor |
DC brushed motor |
|
Flow ml/min |
≥ 260ml /min |
|
Noise |
≤ 68dB |
|
Power |
10W |
|
Control method |
Switch control |
|
Weight |
About 275g |
|
Rated voltage |
12V/24V |
|
Pump tube life |
BPT-1000H |
|
Motor life |
800H |
|
Reference noise value |
In a quiet room with an ambient noise of 35 dB, the distance between the product and the noise tester is 50 cm , and the noise is 68 dB |
|
Reference flow rate (in ml/min) | ||
Tube size |
B25 |
B40 |
ID x OD |
Metric: 4.8 mm × 8.0 mm Inch: 3/16in×5/16in |
Metric : 4.0mm × 7.2mm Inch: 5/32in×9/32in |
12V/current: 0.8A |
≥ 360ml /min |
≥260ml /min |
24V/current: 0.4A |
≥400ml /min |
≥280ml /min |
Supplementary Note |
The above parameters are measured with pure water without pressure at room temperature and standard atmospheric pressure at 20°C. Actually, there will be certain errors in the flow rate due to different media, different outlet pressures, and DC motor speed errors. The data are for reference only. In addition, it can be customized according to customer needs. |
|


Motor lifetime 800H

Note: According to the motor wiring diagram, the positive pole of the power supply is connected to the positive pole and the negative pole is connected to the negative pole.

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