Oil Coolers, also known as Oil Chillers, are critical components in many machine and spindle applications. It is important to make sure that your oil cooler is maintained regularly to ensure that it is working efficiently and that it is cooling your machine effectively.

1. Mac Spindle Oil Cooler Manual
2. Mac Spindle Oil Cooler Manual Download
3. Mac Spindle Oil Cooler Manual Free
4. Mac Spindle Oil Cooler Manual Instructions

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The job of an oil cooler is very similar to the radiator in your car, except that we use refrigeration to cool the oil, which chills the coiling loop around the spindle housing, allowing the machines to run at faster speeds.

The reality of a spindle is that to keep the parts coming out accurately, the temperature must be maintained, and oil is a great medium for controlling heat. Often when a spindle malfunctions or needs to be repaired, your oil cooler may be a part of the problem.

While oil chillers are durable and smart, they need to be regularly maintained to ensure that they are running efficiently and correctly. If an oil chiller goes bad, the spindle will follow, and spindle repair is expensive. Oil coolers and spindles are affected by ambient temperature as well, and this could lead to problems.
When customers call into All World, we can usually diagnose the problem over the phone. We have an extensive collection of documentation and knowledge to help you through the process. Some of the more common error codes are listed below:

Common alarm codes for Daikin oil coolers/chillers

• EH - (pump overcurrent alarm) Faulty pump or bad main board
• UO - (shortage of refrigerant) Leak in system
• U2 - (Malfunction due to power supply voltage) generally the chiller lost main power or the main control board is bad
• A6 - (DC fan stop) Fan other or main board

In the case where an oil cooler system is sent in, it is inspected and quoted for the estimated cost of repair. Once the purchase order is received the unit is scrubbed down, cleaned, and flushed. Once the components needed for the repair are changed, the unit is plugged in, run and tested, inspected again and sent back to the customer. Our goal is to create a clean bill of health for each unit that is sent to us for oil cooler maintenance and repair so that they are ready to get back to work. With the efficiency and knowledge of the team, the turnaround time for your oil cooler is usually averaged around 5-10 days upon arrival, though some turnarounds are much faster.
In some cases, the cost of the repair is equal to or close to the price of a new unit. When that happens, All World will offer an option that works as a drop-in replacement. Most replacement options are in stock and are ready to ship same day.
All World services a range of oil chiller lines of various manufacturers, makes, and models, such as Daikin oil chillers, Habor, MAC, Kanto Seiki, Panasonic, Matsushita, and other brands. We have two locations in Georgia and Illinois to better serve our customers.

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The Oilmatic is the automatic fuel temperature control machine developed first in 1965 by Kanto Seiki. This machine is designed for constant temperature control of hydraulic oil used in the machine tool through the year. Since then, we have upgraded our unique technology of heat transmission, fluid, and temperature control, to solve various “heat problems” in the machine tool. By using these core technologies, we have produced the Oilmatic, which always reflects the needs of the times. At present, the Oilmatic gains a certain position as a peripheral apparatus indispensable to suppress heat displacement in a machine tool, and to keep a high processing accuracy. We can design and manufacture the custom-made Oilmatic based on the customer’s required specifications, in addition to the standard products listed on the catalog.

Products considering friendliness to the environment

The Oilmatic is the product with much consideration taken to the environmental problem.
We adopted the inverter control refrigerator in 1994 for the first time in the industry, and developed excellent energy-saving products. In addition, we have used highly recycling parts in the capacitor and evaporator, and manufactured ecological products.
In 2000, we developed the product using new coolant with zero ozone depletion potential, and contributed to the environment.

We declare the next-generation technology, SKYNEXUS.

We call our unique next-generation technology SKYNEXUS, and incorporate it in the future products to realize the excellent environmental performance of a mother machine.

Based on the SKYNEXUS strategy, we will make every effort to develop innovative technology to improve the environmental performance, by our unique temperature control technology, inverter control, recycling efficiency, multiple heat source management, use of CO² coolant, etc. The SKYNEXUS will surely improve the environmental performance.

The OILMATIC is available for spindle cooling, hydraulic oil temperature control, lubricant temperature control, machine body temperature control, and coolant temperature control.

For spindle cooling, hydraulic oil temperature, and lubricant temperature control

• The design is renewed.
  The conventional MRSC series has been totally reviewed in the specifications, price, and environment.
  The environment-friendly space-saving model has been developed.
  The twin-pulse valve control is newly adopted to realize high-precision liquid temperature control over a wide range from a low load to a maximum heat load. (Patent: No. 4786960)

• The high-precision Oilmatic model of forced circulation cooling system employs our unique “Gas bypass PID control”.
  The cooling capacity is linearly variable to match the heat load, enabling high-precision liquid temperature control over a wide rage from a low load to a maximum load. (Patented)

• The MLSA series is the standard Oilmatic model of forced circulation cooling system without a reservoir tank developed for cooling the open spindle head. The refrigerator ON/OFF control is adopted.
  The model 11 or higher adopts the gas bypass control. The MLSB series is the standard Oilmatic model of forced circulation cooling system with a reservoir tank developed for cooling the closed spindle head. The reservoir tank is arranged compact under the MLSA series Oilmatic main body.

Mac Spindle Oil Cooler Manual

For machine body temperature control, and coolant temperature control

Mac Spindle Oil Cooler Manual Download

• The KTV series design is renewed. Like the C-Series, the twin pulse value control is newly adopted, realizing high-precision liquid temperature control over a wide range from a low load to a maximum heat load, contributing to energy saving. (Patent: No. 4786960)

• The KTV Oilmatic has the cooling coil immersed in the coolant tank, and cools the coolant liquid by the eddy flow of coolant liquid generated by rotation of the stirring disc provided in the middle of the coil, and the heat exchange with the refrigerant flowing in the coil. When the liquid temperature is lower than the set temperature, stable temperature control is always possible by adding the initial warming heater (option).

• The KTCG Oilmatic is designed to connect the main body and the coolant tank via piping for cooling the coolant liquid by the heat exchange with the refrigerant flowing in the cooler provided in the main body by drawing up the liquid from the tank by the coolant pump. When the liquid temperature is lower than the set temperature, stable temperature control is always possible by adding the initial warming heater (option). Both ON-OFF control system and inverter control system are prepared. (MRCC series is patented by No. 4786960. )

Mac Spindle Oil Cooler Manual Free

For machine body temperature control, and coolant temperature control

Mac Spindle Oil Cooler Manual Instructions

• The model adopts the inverter control to high-precision control the temperature of “water” used in the semiconductor manufacturing apparatus and various industrial machines, and like the model for oil, controls the liquid temperature with a high precision over a wide range from a low load to a maximum load. (Patent:No.4786960)