B200K1/K2/K3KD15 ODM Peristaltic Pump

Introduction

•This product series includes three models: B200K1KD15 / B200K2KD15 / B200K3KD15;
•Control mode: analog speed regulation (4-20mA/0-5V/0-10V optional);
•External level signal control start/stop/direction function;
•With running status output function;
•It can adapt to various tubes;
•Small and compact with an attractive and aesthetically pleasing design;
•Low running noise;
•Ideal for continuous operation at low speeds.

Parameters

Motor Types: 42 stepper motor
Power Supply Voltage: DC 12 -24V
Wattage: ＜20W
Speed Range: ≤200rpm
Control Mode: Analog (4-20mA/0-5V/0-10V)
Suitable Tubes: Silicone tube
Start-Stop Method: External Level Signal Control (DC 12-24V)
Direction Switch Method: External Level Signal Control (DC 12-24V)
Running Direction: Clockwise/Counterclockwise rotation
Material of Pump Head Shell: PVDF
Roller Material: PVDF
Material of the Roller Shaft: SS304
Material of the Mounting Plate:SS304
Noise: ≤60dB (testing environment noise ≤40dB, horizontal distance between test product and noise meter is 1 meter)
Driver Weight: 588g
Dimensions(L*W*H): 115*60*73mm
Working Environment:Temperature 0- 40°C, , Relative humidity＜ 85% RH
Storage Environment: In a clean and well-ventilated environment with ambient temperatures ranging from -40 to +50°C, and relative humidity not exceeding 95%, the air must not contain corrosive, flammable gases, oil mist, or dust.

Tube Model and Flow Reference Table

Tube Material	Tube No.	Flow Rate(mL/min)
Tube Material	Tube No.	1rpm	10rpm	30rpm	50rpm8	80rpm	100rpm	200rpm
Silicone	13#	0.03	0.3	0.9	1.8	2.4	3.0	6.0
	14#	0.15	1.5	4.5	9.0	12	15	30
	19#	0.30	3.0	9.0	18	24	30	60
	16#	0.47	4.7	14	28	38	47	94
	25#	0.97	9.7	19	58	78	97	194

•The above flow data were all tested using a Lead Fluid silicone tube to pump pure water under laboratory conditions with normal temperature and pressure. This data is for reference only.
•Due to pressure in actual use , temperature, medium characteristics, tube material and other specific factors, the specific situation needs to consult our engineers

Pump Head Structure

Component name and function:
• Pump head pressure block: By pressing the disassembly pressing area on both sides of the pump head pressure block inward and lifting upwards, the pump head pressure block can be disassembled; conversely, by pressing downwards after installing the conduit, the pump head pressure block can be installed.
• Tube slot: The inlet and outlet tubes are fixed in place through the tube slot.
• The stepper motor: The rotation of the stepper motor drives the rotation of the roller.
• The drive control unit: manages the stepper motor’s speed, direction, and operating duration settings.
• Mounting plate: It attaches to the customer’s equipment using four through holes on the mounting plate.

Figure 1 Products Structure

Tube Installation

• Press the regions marked by arrows 1 and 2 in Figure 4 with your hand, then lift in the direction of arrow 3 to detach the pump head pressure block.
• Move Arrows 4 and 5 in the direction opposite to what is indicated, and detach the tube slot;
• Position the center of the hose above the pump’s roller mechanism ( this should be situated below the pump head pressing block before it is removed);
• Insert the two disassembled tube slots into the inner sides of the hose cover/tube connector, and then insert them into the pump head in the direction indicated by the arrows in the figure below.
• Press and hold the pressing areas on the sides of the pump head compression block (indicated by arrow 1 and arrow 2). Push the compression block downward in the direction opposite to arrow 3 until the block is securely placed on the pump head.