Spindle Oil Chillers

Name: Spindle Oil Chillers
Brand: BLU BERG
Price: 50000 INR
Availability: InStock

Price 50000 INR/ Unit

Get a Price/Quote

MOQ : 1 Unit

Spindle Oil Chillers Specification

Material
Powder Coated Mild Steel

Type
Spindle Oil Chiller

Style
Air Cooled

Refrigerant
R-22 / R-407C

Climate Type
Tropical / Standard

Temperature
5C to 30C

Power
0.75 kW to 11 kW

Voltage
220V / 380V

Capacity
1 TR to 15 TR

Layer
Single Layer

Phase
Single Phase / Three Phase

Flow Rate
10 LPM to 100 LPM

Cooling Method
Direct Oil Cooling / Indirect Coil Cooling

Mounting
Floor Mounted / Compact Structure

Compressor Type
Hermetically Sealed Rotary / Scroll

Controller
Digital Temperature Controller

Noise Level
Low Noise Operation

Finish
Corrosion Resistant Paint

Usage
For High Speed Spindle Cooling

Portability
Caster Wheels for Easy Movement

Spindle Oil Chillers Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
10 Units Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Spindle Oil Chillers

Get ready for a hot deal on Spindle Oil Chillers that deliver prodigious performance for high-speed spindle cooling. Featuring a hermetically sealed rotary or scroll compressor, these chillers come with a unmatchable direct oil cooling or indirect coil cooling method and a remarked digital temperature controller. Available in single or three-phase options, with flow rates from 10 LPM to 100 LPM, they assure low noise operation and easy movement with caster wheels. Built from powder coated mild steel with a corrosion resistant finish, these chillers guarantee longevity. With air cooled style and multiple capacities (1 TR to 15 TR), they are ideally suited for diverse industrial applications in India.

Specific Use and Advantage of Spindle Oil Chillers

Spindle Oil Chillers are specifically designed for cooling high-speed spindles, ensuring optimal performance and extended life of critical machine components. Used generally in CNC machinery, their prodigious cooling capabilities prevent thermal distortion and maintain consistent tolerances. The chillers are advantageous for their precise temperature control, compact structure, and portability. Used as a reliable cooling solution for manufacturing industries, they prove invaluable for enhancing machine productivity and energy efficiency.

Sample Policy, Export Market & Packaging Details of Spindle Oil Chillers

Our spindle oil chillers are available at a competitive sale price with a transparent sample policy for buyers. Samples can be provided at the lowest possible rate upon request, ensuring customer satisfaction before bulk orders. We export mainly to Asian, Middle Eastern, and African markets, customizing packaging to suit international standards. Robust, secure packaging guarantees product safety during transit, amplifying the value provided by our remarkable offerings.

FAQ's of Spindle Oil Chillers:

Q: How do Spindle Oil Chillers enhance the performance of high-speed machines?

A: Spindle Oil Chillers maintain precise temperature control, reducing thermal distortion and enabling machines to operate efficiently at high speeds, ultimately extending spindle life.

Q: What distinguishes your Spindle Oil Chillers from standard chillers?

A: Our chillers offer unmatchable performance due to features such as hermetically sealed compressors, prodigious cooling efficiency, low noise operation, and a remarked corrosion-resistant finish.

Q: Where are these Spindle Oil Chillers most commonly utilized?

A: They are primarily used in CNC and other high-speed machining applications in manufacturing, engineering, and industrial sectors across India and global export markets.

Q: What is the process for obtaining a sample unit?

A: Customers can request a sample at a special sale price or lowest rate through our straightforward sample policy, allowing for product evaluation prior to bulk purchase.

Q: When should I use direct oil cooling versus indirect coil cooling?

A: Direct oil cooling is ideal for rapid, efficient heat removal needed by high-speed spindles, while indirect coil cooling suits applications requiring stable temperature maintenance over longer durations.

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