353Y/JLT Easy Mounting Bracket OEM Peristaltic Pumps
- Models: 353Yx/JLT
- Maximum channel quantity: 2
- Reference flow rate: ≤8300ml/min
■ Easy-to-install peristaltic pump head, easy to disassemble and install tubes;
■ The pump head can be installed with 73# and 82# tubes, and the flow rate of a single pump can reach 8300ml/min;
■ Driven by AC motor, the motor is available in fixed speed type and speed regulating type;
■ The pump head is available in single pump head and double pump head configurations.
353Y/JLT Easy Mounting Bracket OEM peristaltic pump features a simple design, making installation and removal of tubing quick and convenient, greatly improving maintenance and operational efficiency. The pump head can support 73# and 82# tubing, with a maximum flow rate of up to 8300 ml/min, which meets the needs for high-flow applications. This peristaltic pump is powered by an AC motor, available in both fixed-speed and variable-speed options, giving users the flexibility to meet different application needs. Additionally, the pump head can be equipped with either a single or double pump head, providing a versatile range of fluid transfer requirements.
Product Configuration

Product Parameters
| Product Parameters | |
| Product Name | Bracket Peristaltic Pumps |
| Product Model | 353Y/JLT |
| Voltage | AC 220V 50Hz/380V 50Hz |
| Power | ≤120W |
| Work Environment | Temperature 0 (no icing)~60℃, relative humidity≤85% |
| Weight | 8.85KG(with single pump head) |
| Outlet Pressure | ≤0.27MPa |
| Noise | ≤63dB (Testing environment noise≤40dB. The horizontal distance between the test product and the noise meter is 1 meter.) |
| Function | Start/stop, cw/ccw rotation, up/down speed |
Reference Flow Rate
| Reference Flow of Pump Head (unit: ml/min) | ||
| Motor Speed/Tube Type | Silicone tube | |
| 73#(ID9.6*OD16.2) | 82#(ID12.7*OD19.3) | |
| 150~415rpm | 1800~5000 | 3000~8300 |
| Pump Head qty | ≤2 | ≤2 |
| Flow Description | 1. The flow rate is measured at room temperature of 23°C and no pressure at the inlet and outlet, while transporting clean water. 2. The total flow of pump heads ≈ single pump head flow * number of pump heads | |
Typical Applications
Industrial processes, admixtures
Overall Dimension









