Non-Freon Oil Chiller "VSC-N Series" / Apiste
It's now common for oil chillers to be non-Freon! It's possible to eliminate the cost burden associated with Freon.
The "VSC-N Series" is a non-Freon oil chiller that uses the non-Freon refrigerant HFO-1234yf. It is exempt from the "Freon Emission Control Law," eliminating the need for collection and destruction by designated contractors and the obligation for regular inspections, thereby removing the cost burden associated with Freon. It is now standard for oil chillers to be non-Freon. 【Features】 ■ Zero Freon management workload with the new refrigerant HFO-1234yf ■ High precision control with hot gas bypass, ±0.1℃ ■ Available in 1500W, 3000W, and 6000W types ■ IoT compatible, allowing for setting changes from touch panels and PLCs ☆ We are also offering free service for test units. *For more details, please refer to the PDF document or feel free to contact us.
basic information
【Lineup】 ■VSC-N1500 ■VSC-N3200 ■VSC-N6000 *For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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[Case Study of Solution Proposal] Implemented oil temperature management for hydraulic units, achieving stable operation of equipment! A catalog with a simple explanation in 6 pages of manga is now available!
We are currently publishing a catalog showcasing examples that are possible only because of Apiste's expertise in both environmental improvement and air conditioning/temperature control. It would be problematic if the oil temperature rises, causing the hydraulic unit to overheat and halting production. An increase in oil temperature can lead to seal degradation and pump failure. 【Proposed Solutions】 ■ Conventional Method - Use of a natural radiation-type hydraulic unit ■ Issues - During summer and other times of high outside temperatures, the heat dissipation efficiency decreases, leading to an increase in oil temperature - Oil leaks occur due to seal degradation - High maintenance costs due to pump failures ■ Ideal Condition - The oil temperature of the hydraulic unit is maintained below a certain temperature year-round - No oil leaks occur - Pumps do not frequently fail - Production is not halted due to pump replacement maintenance ■ Apiste's Proposal - Installation of the VSC-N series oil chiller ■ Benefits - Achieves oil temperature management for the hydraulic unit - Resolves oil leaks caused by seal degradation - Reduces time and costs for pump replacement + Additional: Implement preventive maintenance with external output for oil temperature alarms *For more details, please refer to the related product catalog or feel free to contact us.
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[Case Study of Solution Proposal] Implemented oil temperature management for hydraulic units, achieving stable operation of equipment! Easy explanation in 6 pages of manga!
This is a case that is possible precisely because Apiste handles both environmental improvement and air conditioning/temperature control. It would be problematic if the oil temperature rises and the hydraulic unit becomes overheated, causing production to stop. An increase in oil temperature can lead to seal degradation and pump failure. 【Proposed Solution Case】 ■ Conventional Method - Use of a natural cooling hydraulic unit ■ Issues - During summer and other times of high outside temperatures, the cooling efficiency decreases, leading to an increase in oil temperature - Oil leaks occur due to seal degradation - High maintenance costs due to pump failures ■ Ideal Condition - The oil temperature of the hydraulic unit is maintained below a certain temperature year-round - No oil leaks occur - Pumps do not frequently fail - Production is not halted due to pump replacement maintenance ■ Apiste's Proposal - Installation of the compressor-type oil chiller VSC-N series ■ Benefits - Realization of oil temperature management - Resolution of oil leaks caused by seal degradation - Reduction in time and costs for pump replacement +α Implementation of preventive maintenance with external output for oil temperature alarms (IoT compatible) *For more details, please refer to the related product catalog or feel free to contact us.
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【New Catalog for Non-Freon Oil Chiller "VSC-N Series"】This is the industry's first oil chiller that uses non-Freon refrigerant! It achieves high-precision oil temperature management of ±0.1℃ with hot gas bypass control and is compatible with IoT.
Introducing the non-fluorocarbon oil chiller "VSC-N Series," which eliminates fluorocarbon management costs while achieving high-precision oil temperature control! ■ Adoption of Non-Fluorocarbon Refrigerant With the revision of the Fluorocarbon Emission Control Law on April 1, 2020, regulations on fluorocarbons have become increasingly strict. The VSC-N Series, which uses the non-fluorocarbon refrigerant HFO-1234yf, is exempt from the Fluorocarbon Emission Control Law, allowing you to eliminate cost burdens associated with fluorocarbons. ■ High-Precision Oil Temperature Control Equipped with hot gas bypass control via a heating valve, the cooling capacity can be varied according to the heat generation on the cooling target side, achieving high-precision oil temperature management within ±0.1°C. It can be safely used for spindle cooling in machine tools where control precision is required. ■ IoT Compatible Standard equipped with read/write compatible external communication Modbus/RTU communication (RS-232C). In addition to data reading, setting changes can also be made from the touch panel or PLC. If you are interested, please feel free to contact us.
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Releasing non-fluorocarbon oil chillers not subject to the Fluorocarbon Emission Control Law! Furthermore, high precision with hot gas bypass control! Non-fluorocarbon oil chiller "VSC-N Series."
We would like to propose a new non-fluorocarbon oil chiller from Apiste. ■ By converting oil chillers to non-fluorocarbon, we contribute to decarbonization and reduction of labor hours. The Fluorocarbon Emission Control Law has been enforced since April 1, 2015. Users of fluorocarbon products are subject to the following obligations: 1. Proper installation of the product and maintenance of the installation environment 2. Regular inspections of all units 3. Recording and storing of maintenance history 4. Appropriate measures in case of fluorocarbon leakage 5. Reporting of leakage amounts (if above the specified quantity) 6. Commissioning of fluorocarbon filling and recovery during equipment maintenance Among these, the demand for non-fluorocarbon products is increasing due to: - The labor involved in "regular inspections of all fluorocarbon products" - The hassle of "process management forms when disposing of fluorocarbon products" ■ High precision ±0.1℃ with hot gas bypass control By incorporating hot gas bypass control with a heating valve, we can vary the cooling capacity according to the heat generation on the cooling target side. This achieves high-precision oil temperature management of ±0.1℃. Please take this opportunity to check our catalog.
