Fiber laser Chiller Water Chiller RMFL-3000 for cooling 3kW handheld laser welding/engraving/cutting/cleaning machine
Product Description
The TEYU RMFL-3000 Rack Mount Water Chiller is designed specifically for cooling 3kW handheld laser welding, engraving, cutting, and cleaning machines. It is compact, mountable in a 19-inch rack, and features dual cooling circuits that can simultaneously cool both the fiber laser and optics or laser gun. The chiller ensures temperature stability of ±0.5°C, providing efficient and reliable cooling for demanding laser metal processing applications.
With its space-saving design, the RMFL-3000 is an ideal solution for environments where space is limited, while its high-performance water pump and intelligent digital control panel make it user-friendly and efficient. Integrated front-mounted handles, as well as water fill and drain ports, enhance mobility and ease of maintenance. Additionally, the chiller uses R-410a refrigerant for eco-friendly and efficient cooling.
Product Parameters
| Model | RMFL-3000ANTTY | RMFL-3000BNTTY |
|---|---|---|
| Voltage | AC 1P 220-240V | AC 1P 220-240V |
| Frequency | 50Hz | 60Hz |
| Current | 2.3~18.3A | 2.3~18.9A |
| Max. Power Consumption | 3.91kW | 4.23kW |
| Compressor Power | 2.07kW | 2.31kW |
| Compressor HP | 2.77HP | 3.1HP |
| Refrigerant | R-410a | R-410a |
| Precision | ±0.5°C | ±0.5°C |
| Pump Power | 0.48kW | 0.48kW |
| Tank Capacity | 16L | 16L |
| Inlet and Outlet | Rp1/2” + Rp1/2” | Rp1/2” + Rp1/2” |
| Max. Pump Pressure | 4.3bar | 4.3bar |
| Rated Flow | 2L/min + >25L/min | 2L/min + >25L/min |
| Net Weight (N.W.) | 59Kg | 59Kg |
| Gross Weight (G.W.) | 72Kg | 72Kg |
| Dimensions (L x W x H) | 88 x 48 x 43 cm | 88 x 48 x 43 cm |
| Package Dimensions | 99 x 58 x 61 cm | 99 x 58 x 61 cm |
Note: Working current may vary based on operational conditions. Specifications are subject to actual delivered product.
Key Product Features
Rack Mount Design: Compact and easily mountable in a standard 19-inch rack, making it ideal for confined spaces.
Dual Cooling Circuit: Allows for simultaneous cooling of both the fiber laser and the optics or laser gun, enhancing the system’s efficiency and performance.
Active Cooling: Efficient air-cooled system that provides stable and continuous cooling for demanding laser operations.
Temperature Stability: Ensures consistent temperature control with a precision of ±0.5°C, essential for precision laser applications.
Temperature Control Range: 5°C to 35°C, suitable for various environmental conditions and processing needs.
Refrigerant: Eco-friendly R-410a refrigerant ensures high efficiency and low environmental impact.
Intelligent Digital Control Panel: User-friendly interface for easy temperature management, including built-in alarms for fault detection and protection.
Front-Mounted Water Fill and Drain Ports: Convenient access to water fill and drain for ease of use and maintenance.
Integrated Front Handles: Designed for ease of mobility and installation, making it simple to move and set up the chiller in various locations.
Optional Items
Heater: Provides heating capabilities for operations in low-temperature environments.
Filter: Enhances water quality to improve cooling efficiency and extend the chiller's lifespan.
US/EN Standard Plug: Option to select the plug type based on regional standards.
Product Details
Dual Temperature Control: The intelligent temperature controller manages both the fiber laser and optics, ensuring stable performance.
Front-Mounted Water Ports: For easy and convenient water management, the water fill and drain ports are located at the front of the unit.
Integrated Handles: Front-mounted handles make the chiller highly mobile and easy to move within the workspace.
The TEYU RMFL-3000 Rack Mount Water Chiller is an efficient, durable, and space-saving solution for 3kW handheld laser metal processing machines. It offers a perfect balance of performance, precision, and flexibility, making it ideal for various industrial laser applications, including laser welding, engraving, cutting, and cleaning.