Injection Moulding Chiller

Injection Moulding Chiller Specification

Motor
3 HP

Air Flow
3500 m/h

Material
Mild Steel Body

Application
Injection Moulding Machine Cooling

Refrigerating Capacity
12.5 kW (10,750 Kcal/hr)

Condition
New

Type
Industrial Water Chiller

Dimension (L*W*H)
1200 x 750 x 1500 mm

Power Supply
3 Phase, 50 Hz

Voltage
380 V

Cooling Type
Air Cooled

Nozzle Material
Stainless Steel

Cooling Coil Material
Copper

Water Flowing Rate
90 L/min

Water Pump Motor
1 HP

Noise Control
Low Noise Operation

Compressor
Hermetically Sealed Scroll Type

Temperature Range
5°C to 30°C Adjustable

Mobility Option
Provided with Heavy Duty Caster Wheels

Protection Devices
Overload, Phase, Low/High Pressure

Insulation
High Density PUF Insulation

Display Type
Digital Temperature Controller

Refrigerant Used
R-22/R-407C/R-410A

Condenser Material
Copper Tube with Aluminum Fins

Evaporator Type
Shell & Tube/Plate Heat Exchanger

Installation
Floor Mounted

Expansion Device
Thermostatic Expansion Valve

Injection Moulding Chiller Trade Information

Minimum Order Quantity
1 , , Unit

Supply Ability
1 , , Unit Per Week

Delivery Time
1 Week

About Injection Moulding Chiller

Specification

Brand	MS Cool Engineers
Usage/Application	Industrial
Automation Grade	Automatic
Phase	Three
Body Material	Mild Steel
Frequency	50/60 Hz
Country of Origin	Made in India
Voltage	440 V
Chiller Type	Water Cooled
Surface Finish	Color Coated
Tonnage	5 TR

Efficient Cooling with Flexible Controls

Control your injection moulding process effortlessly with a digital temperature controller, offering a wide adjustable range from 5C to 30C. The chiller's advanced thermostatic expansion valve ensures precise cooling, making it suitable for a broad spectrum of moulding needs. Designed for versatility, its robust configuration and choice of evaporator accommodate fluctuating production demands.

Rugged Build and Easy Mobility

Built with a durable mild steel body and copper tube with aluminum fins for the condenser, this chiller withstands industrial wear and tear. High-density PUF insulation preserves cooling efficiency, while heavy-duty caster wheels provide maximum mobility, allowing you to relocate the unit effortlessly as your workflow requires. Floor-mounted installation ensures stability during operation.

Comprehensive Safety and Reliable Performance

Operational safety is paramount, with integrated protection devices guarding against overload, phase failure, and high/low pressure scenarios. The hermetically sealed scroll compressor delivers stable, low-noise performance, while the high air and water flow rates support demanding injection moulding applications, ensuring continuous, reliable cooling throughout production cycles.

FAQ's of Injection Moulding Chiller:

Q: How does the Injection Moulding Chiller benefit the moulding process?

A: This chiller helps maintain consistent temperature control (5C-30C range), preventing overheating during injection moulding. Its stable cooling protects equipment, improves product quality, and increases production efficiency, making it indispensable for manufacturers.

Q: What type of evaporator and refrigerants does this chiller use?

A: The chiller uses either a shell & tube or plate heat exchanger evaporator. It operates with R-22, R-407C, or R-410A refrigerants, allowing flexibility based on environmental and operational needs.

Q: When should the Injection Moulding Chiller be used during production?

A: This chiller should be used continuously during all injection moulding operations to maintain optimal mould temperature, ensuring consistent output, reduced cycle times, and prevention of equipment overheating.

Q: Where is this chiller most suitably installed?

A: The unit is designed for floor-mounted installation in industrial settings. Its heavy-duty caster wheels offer mobility, making it easy to place alongside injection moulding machines for direct and efficient cooling.

Q: What is the process for using and adjusting the chiller?

A: Simply set the desired cooling temperature using the digital controller. The thermostatic expansion valve and built-in insulation ensure efficient cooling, while safety devices protect the system. Monitor operation through the digital display for seamless adjustments as needed.

Q: How does the chiller ensure operational safety?

A: Multiple protection devices guard against electrical overloads, phase imbalances, and abnormal pressure. These features, together with a hermetically sealed scroll compressor and robust insulation, guarantee long-lasting, trouble-free performance.

Q: What maintenance is required for optimal chiller performance?

A: Regular inspection of refrigerant levels, cleaning of condenser fins, checking insulation, and verification of all protection devices are recommended. Professional servicing ensures peak efficiency and longevity of your chiller.

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