{{ variable.name }}
Fiber Laser Chiller · Model SCH-1500
A single-phase fiber laser chiller built for 1500W continuous fiber laser sources, with ±1.5°C temperature control accuracy and a 1.2 m³/h rated water pump flow.
The SCH-1500 is a fiber laser chiller designed to remove heat from 1500W continuous fiber laser sources used in laser processing, laser welding and laser cleaning equipment. It runs on AC 1P 220V with a machine power of 2.1 kW, holds temperature control accuracy of ±1.5°C, and delivers a rated water pump flow of 1.2 m³/h through a circulating closed-loop water cooling circuit.
Wetted and structural parts combine cast iron with stainless steel SS304. The unit is produced by Wuhan Hanli Refrigeration Technology Co., Ltd, a chiller manufacturer established in 1998 whose ISO 9001 certificate covers the design, production, sales and after-sales service of water chillers up to 120 kW. The design intent is straightforward: stable performance, high cooling capacity, a low failure rate and a long service life, so the laser source keeps working at consistent output.
Temperature control accuracy of ±1.5°C helps hold a steady cooling set point so cutting and welding results stay repeatable across a shift.
Configured for 1500W continuous fiber laser sources, so buyers can specify the chiller and the laser source in the same equipment package.
A rated water pump flow of 1.2 m³/h supports heat removal from the laser head and optics loop under continuous duty.
AC 1P 220V supply with 2.1 kW machine power simplifies electrical planning where three-phase power is not available at the install point.
Cast iron and stainless steel SS304 construction is specified for the unit, supporting the low-failure-rate and long-life goals stated for the series.
Manufactured under an ISO 9001 quality management system (certificate 02125Q11006R4M, scope: water chillers ≤120 kW), which supports consistent build quality across orders.
| Model | SCH-1500 |
|---|---|
| Product type | Fiber laser chiller |
| Matching laser source | 1500W continuous fiber laser |
| Voltage & frequency | AC 1P 220V |
| Machine power | 2.1 kW |
| Temperature control accuracy | ±1.5°C |
| Rated flow of water pump | 1.2 m³/h |
| Cooling mode | Circulating water cooling, closed-loop circuit |
| Material | Cast iron, stainless steel SS304 |
| Applications | Laser processing, laser welding, laser cleaning |
| Quality system | ISO 9001:2015 (GB/T 19001-2016), certificate 02125Q11006R4M |
Dimensions, weight, refrigerant charge and packaging data are not listed here. Confirm them with our team against your installation layout before ordering.
The SCH-1500 is matched to 1500W continuous fiber laser sources and is supplied for single-phase AC 1P 220V installations. Selection is not only a power figure: the chiller should be confirmed against laser power, heat load, flow, pressure and site ambient conditions before the order is released.
If your laser source differs from 1500W continuous fiber, send the laser data sheet and our team will advise which configuration fits your equipment.
The SCH-1500 uses cast iron together with stainless steel SS304. Heat is carried away through a closed-loop circulating water circuit driven by the 1.2 m³/h rated water pump, and the water returns to the chiller to be cooled again, so the same conditioned water keeps circulating through the laser source and its optics path.
Because the circuit is closed, water quality matters as much as the hardware: filtration, regular water replacement, antifreeze protection in cold sites and drainage before low-temperature shutdown should all be planned into the maintenance schedule. This is a standard requirement for laser cooling systems and is worth agreeing with your maintenance team at commissioning.
The SCH-1500 is used in laser processing, laser welding and laser cleaning equipment, and fits integration projects built around fiber laser sources, laser cutting machines and laser welding machines. Typical buyers are laser cutting and laser welding equipment builders, industrial laser equipment users, and laser machine or spare parts trading companies sourcing a chiller for a defined laser power class.
Because the unit is matched to 1500W continuous fiber lasers, it suits production cells running continuous duty with changing thermal loads, where the cooling set point has to stay steady while the laser switches between cutting, welding or cleaning cycles.
Chiller selection is a matching exercise rather than a catalogue pick. Before shipment we confirm the configuration against the laser source, heat load, flow, pressure and ambient conditions of your project, and we look at water quality, filtration and low-temperature protection requirements at your site.
For equipment builders and trading companies, the SCH-1500 can be specified as part of a laser machine package. Share your laser data sheet, site ambient range and electrical supply details with our engineering contact and we will confirm whether the SCH-1500 configuration fits, or advise an alternative from our laser chiller range.
Hanli chillers have been matched with established domestic laser equipment companies, including Senfeng, Bodor and HG. Supplied units are used for laser cooling on cutting, welding and engraving equipment, with reported service life of 5–10 years, and users report that the chillers help the laser equipment maintain stable performance, save energy and support equipment life.
Reference markets for these projects include Germany, Russia, India, Turkey, Vietnam, Poland, France, Mexico, Brazil, South Korea, the United States, the United Kingdom and Saudi Arabia. Client types cover laser cutting equipment companies, laser welding equipment companies, laser machine manufacturers and laser spare parts trading companies.
Which laser source does the SCH-1500 match?
It is matched to 1500W continuous fiber laser sources. Send your laser source model and rated power and we will confirm the match before you order.
What power supply does the chiller need?
AC 1P 220V, with 2.1 kW machine power. Please confirm your site supply and breaker capacity with your electrical contractor.
How stable is the cooling temperature?
Temperature control accuracy is ±1.5°C. Actual stability at the laser head also depends on flow, ambient conditions and how the loop is piped.
What is the water pump flow and cooling principle?
The rated water pump flow is 1.2 m³/h, and cooling is by circulating water in a closed-loop circuit that returns to the chiller to be cooled again.
Which industries and processes is it used for?
Laser processing, laser welding and laser cleaning, typically integrated with fiber laser sources, laser cutting machines and laser welding machines.
Is the chiller certified?
The manufacturer holds ISO 9001:2015 certification (certificate 02125Q11006R4M, issued by HuaXin Certification Center, valid to 26 July 2028), covering design, production, sales and after-sales of water chillers up to 120 kW. A CE Certificate of Conformity issued by TÜV Rheinland under EC Council Directive 2006/42/EC is also held for laser cooling water chillers; ask us to confirm the applicable type designation for your configuration.
How do I get a quotation?
Send your laser source model, required cooling capacity or laser power, site ambient range and delivery country to our sales contact. We will reply with a configuration proposal and commercial terms.
What maintenance does the water circuit need?
Plan for water quality control, filtration, regular water replacement, antifreeze protection at cold sites and drainage before low-temperature shutdown.
Contact: Bedy Liu
Email: hanli-laserchiller@hanlizl.com
Tel / WhatsApp: +86 136 8264 1130
Company: Wuhan Hanli Refrigeration Technology Co., Ltd
Address: No 1, Xingfuyuan 2nd Road, Shamao Street, Hannan District, Wuhan, Hubei, China
Website: www.hanlichiller.com
SEO Title: 1500W Fiber Laser Chiller SCH-1500 ±1.5°C Stable Cooling
Meta Description: SCH-1500 fiber laser chiller matches 1500W continuous fiber lasers with ±1.5°C accuracy, 1.2 m³/h pump flow and AC 1P 220V power. ISO 9001 certified maker.
URL Slug: sch-1500-1500w-fiber-laser-chiller