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Parker Thermal And Power Oil Coolers & Chillers
THERMAL AND POWER MANAGEMENT
Parker's thermal and power management technology offers comprehensive solutions for the complex challenges of heat management in today's advanced applications. As medical equipment, power electronics and other high heat applications become faster and smaller, the need for thermal management solutions increases significantly. Ranging from thermal compounds and pads to heat transfer and cooling systems, Parker's thermal management products can reduce heat efficiently, cost effectively and at virtually any size or scale.
Parker offers a broad selection of industrial and comparable coolers with various cooling capacities. These include AC or hydraulic motor-driven coolers; air oil coolers; water oil coolers; and solutions for cooling compressed air and gases downstream from compressors and blowers. A variety of related switches, mounting clamps, and brackets are available.
AFTERCOOLERSParker aftercoolers remove water vapour and cool compressed air downstream from compressors and blowers. Some of the key benefits of our selection include it's reliability and continuous operation. Our range of aftercoolers includes both water and air compressor aftercoolers that deliver less plant complexity, as well as substantial energy and cost savings. They are suitable for use in a variety of applications that serve across many of the major industrial markets including those in extreme environments.
Highly efficient water cooled aftercoolers for the removal of water vapour and cooling of compressed air and gases downstream from compressors and blowers.
Water production processes can prove extremely costly, so the optimization of production processes is an critical in all industries. Parker is a leading supplier of production process water chillers that offer ease of use and peace of mind, thanks to the implementation of the most modern technological solutions and the availability of an extensive range of versions and accessories. Parker's range offluid coolersis a simple but effective solution to the most common problems typically found with water usage. Our heat exchanger offering includes designs used for applications from compressed gas to chilled waterand process fluids.
Parker Thermal and Power Brazed Plate Water Oil Coolers - PWO SERIES
Product Price: Rs 4.75 Lakh / NumberGet Best Price
Minimum Order Quantity: 20 Number
Product Details:
| Usage/Application | Industrial |
| Pressure | Parker Olear Thermal and Power Brazed Plate Water Oil Coolers - PWO SERIES |
| Capacity | Parker Olear Thermal and Power Brazed Plate Water Oil Coolers - PWO SERIES |
| Model Name/Number | Parker Olear Thermal and Power Brazed Plate Water Oil Coolers - PWO SERIES |
| Frequency | Parker Olear Thermal and Power Brazed Plate Water Oil Coolers - PWO SERIES |
| Flow Rate | Parker Olear Thermal and Power Brazed Plate Water Oil Coolers - PWO SERIES |
| Inlet Temperature | Parker Olear Thermal and Power Brazed Plate Water Oil Coolers - PWO SERIES |
| Outlet Temperature | Parker Olear Thermal and Power Brazed Plate Water Oil Coolers - PWO SERIES |
| Size | Parker Olear Thermal and Power Brazed Plate Water Oil Coolers - PWO SERIES |
| Compressor Type | Parker Olear Thermal and Power Brazed Plate Water Oil Coolers - PWO SERIES |
| Installation/After Sales Service Required | Parker Olear Thermal and Power Brazed Plate Water Oil Coolers - PWO SERIES |
| Item Code | Parker Olear Thermal and Power Brazed Plate Water Oil Coolers - PWO SERIES |
The PWO Plate cooler is a compact and light-weight oil-water cooler with high cooling capacity despite its small dimensions. It consists of corrugated channel plates enclosed by a back and front cover plate. The channel plates are pressed and vacuum-welded in an automatic procedure subject to very strict quality controls. The unique plate design provides highly turbulent flow conditions throughout the cooler, the key to efficient cooling. Turbulences prevent deposits from forming to such an extent, that the PWO cooler is virtually maintenance free.
A wide number of possibilitiesThe unique design emphasizes a number of possibilities for versatile and efficient solutions. The PWO can easily be adapted to a variety of needs and special applications including seawater, aggressive oils, high pressure and high temperature applications. With a PWO water oil cooler in your system, you can be assured that the fluid in your system is working at the correct temperature, providing maximum performance and reliability in your system.
Advantages- light and compact
- non specific mounting orientation
- easy to mount
- economical with low water consumption
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Parker Olear Thermal & Power Air Oil Coolers with DC motor - LDC Series
Product Price: Rs 5 Lakh / PieceGet Best Price
Minimum Order Quantity: 10 Piece
Product Details:
| Model Name/Number | Parker Olear Thermal & Power Air Oil Coolers with AC motor - LDC Series |
| Usage/Application | Oil Cooling |
| Pressure | Parker Olear Thermal & Power Air Oil Coolers with AC motor - LDC Series |
| Capacity | Parker Olear Thermal & Power Air Oil Coolers with AC motor - LDC Series |
| Cooling Type | Air Cooled |
| Brand | PARKER OLEAR |
| Frequency | Parker Olear Thermal & Power Air Oil Coolers with AC motor - LDC Series |
| Flow Rate | Parker Olear Thermal & Power Air Oil Coolers with AC motor - LDC Series |
| Inlet Temperature | Parker Olear Thermal & Power Air Oil Coolers with AC motor - LDC Series |
| Outlet Temperature | Parker Olear Thermal & Power Air Oil Coolers with AC motor - LDC Series |
| Size | Parker Olear Thermal & Power Air Oil Coolers with AC motor - LDC Series |
| Compressor Type | Parker Olear Thermal & Power Air Oil Coolers with AC motor - LDC Series |
The LDC air oil cooler with 12 or 24 V DC motor is optimized for use in the mobile industry. Together with a wide range of accessories, the LDC cooler is suitable for installation in most applications and environments. The maximum cooling capacity is 30 kW at ETD 40 °C.
The Parker Olear LDC air oil cooler series offers a reliable and efficient cooling solution with the additional benefits of short lead times and 48 delivery for some part numbers. This series can be fitted with a Smart DC Drive which provides a smooth fan start, reduced power consumption & noise level and eliminates voltage peaks, all of which contribute towards a longer service life for the fan motor.
Features/Benefits:
• Quiet fan and fan motor.
• Efficient and robust design which extends operating lifetime and reduces service and maintenance costs
• Cooler matrix with low pressure drop and high cooling capacity.
• Easy to maintain and easy to retrofit in many applications.
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Parker Thermal and Power PGI's DB1 Differential Pressure Battery Charger Zeus Power Systems Series
Product Price: Rs 3.5 Lakh / NumberGet Best Price
Minimum Order Quantity: 100 Number
Product Details:
| Brand | PARKER |
| Material | Parker PGI's DB1 Differential Pressure Battery Charger Zeus Power Systems Series |
| Usage/Application | Industrial |
| Model Name/Number | Parker PGI's DB1 Differential Pressure Battery Charger Zeus Power Systems Series |
| Thickness | Parker PGI's DB1 Differential Pressure Battery Charger Zeus Power Systems Series |
| Elongation At Break | Parker PGI's DB1 Differential Pressure Battery Charger Zeus Power Systems Series |
| Tensile Strength | Parker PGI's DB1 Differential Pressure Battery Charger Zeus Power Systems Series |
- Parker PGI’s DB1 Series Differential Pressure Battery Charger offers free uninterruptible power 24/7. It uses the differential pressure developed across a pressure regulator to operate a small turbine generator which produces power to keep a lead acid / gel cell battery charged. Power is generated by natural gas up to 1440 PSIG system pressure as it flows through the unit from the upstream pressure and then returning to the line on the downstream side. The minimum required pressure differential is 65 psi for 10 Watts, 85 psi for 20 Watts and 125 psi for 50 Watts. DB1 is CSA approved Class I, Div. 1, Group D certified.
A small volume of gas (30-65 SCFM) is permitted to by-pass the station pressure regulator, and an integral motor controlled valve regulates the flow of gas through the DB1.
The DB1 is microprocessor controlled temperature compensated with simple start and diagnostics, and is 12 or 24 Volt field-selectable while operating in parallel with station regulators. The DB1 continually monitors the status of the battery and operates intermittently as needed to charge the battery based upon established high and low voltage limits.
The new DB1 communication feature allows the user to remotely control and monitor the battery charger. It communicates via flow computer radio systems or directly with the DCS, SCADA, or PLC, and utilizes RS-485 Serial / Ethernet MODBUS. Real-time remote communication can monitor alarms, battery voltage and temperature, and the overall status of the DB, including the ability to remotely disable/enable the unit.
The DB1 is maintenance free and offers unattended operation with a compact design that eliminates theft and vandalism. Mounting options include direct pipe or 2” pole mounting.
Markets:
• Chemical
• Petrochemical
• Oil and Gas
• Power
Features/Benefits:
• Compact
• Microprocessor Controlled
• Remote Control of Battery Charger
• Free uninterruptible power 24/7
• Consumes no gas
• Emission Free
• CLASS 1 , DIV 1,Group D certified
Applications:
• Remote Power Source
• Gas Pipeline Instrumentation Source
PERFORMANCE CHARACTERISTICS
OUTPUT VOLTAGE12/24 V (temp comp) for Lead Acid Batteries
OUTPUT POWER10 (@30 SCFM) | 20 (@40 SCFM) | 50 (@65 SCFM) W
REMOTE BATTERY TEMPERATURE SENSOR TYPESilicone diode
ALARM TYPELED and NPN Open Collector (2) 30V Max, 200m/A Max
TRANSIENT PROTECTIONBi-direcitonal TVS 1500 Watts peak pulse power
BATTERY SHORT CIRCUIT PROTECTION10 amp PTC Over Current Protection
ELECTRICAL CONNECTION1/2" NPT Rigid Conduit Opening (2) [Explosion Proof]
Terminal Strip with Screw Clamp, 14 AWG Max
1440 psi
GAS FLOW RATEDuring Charge Cycle: 30 SCFM @ 10 Watts | 40 SCFM @ 20 Watts | 65 SCFM @ 50 Watts SCFM
MINIMUM PRESSURE DIFFERENTIAL65 (for 10 Watts) | 85 (for 20 Watts) | 125 (for 50 Watts) psig
MEDIANatural Gas
INLET CONNECTION SIZE3/8" OD SS Tubing
OUTLET CONNECTION SIZE3/4" FNPT
MAXIMUM OPERATING TEMPERATURE60 °C
140 °F
-40 °C
-40° °F
Cast Aluminum A356-T6, 316 SS NEMA 4X
MOUNTING TYPEDirect-Mount | Optional 2" Pipe Mount
WEIGHT15 lb
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Parker Olear Thermal & Power Air Oil Coolers with AC Motor - LAC Series
Product Price: Rs 6.5 Lakh / UnitGet Best Price
Minimum Order Quantity: 10 Unit
Product Details:
| Model Name/Number | Parker Olear Thermal & Power Air Oil Coolers with AC motor - LAC Series |
| Usage/Application | Oil Cooling |
| Pressure | Parker Olear Thermal & Power Air Oil Coolers with AC motor - LAC Series |
| Capacity | Parker Olear Thermal & Power Air Oil Coolers with AC motor - LAC Series |
| Cooling Type | Air Cooled |
| Color | Parker Olear Thermal & Power Air Oil Coolers with AC motor - LAC Series |
| Brand | PARKER OLEAR |
| Frequency | Parker Olear Thermal & Power Air Oil Coolers with AC motor - LAC Series |
| Flow Rate | Parker Olear Thermal & Power Air Oil Coolers with AC motor - LAC Series |
| Item Code | Parker Olear Thermal & Power Air Oil Coolers with AC motor - LAC Series |
The LAC air oil cooler with single-phase or three-phase AC motor is optimized for use in the industrial sector. Together with a wide range of accessories, the LAC cooleris suitable for installation in most applications and environments. The maximum cooling capacity is 170 kW at ETD 40 °C.
The LAC air oil cooler with single-phase or three-phase AC motor is optimized for use in the industrial sector. Together with a wide range of accessories, the LAC cooler is suitable for installation in most applications and environments. The maximum cooling capacity is 300 kW at ETD 40 °C. Choosing the right cooler requires precise system sizing. The most reliable way to size is with the aid of our calculation program. This program, together with precise evaluations from our experienced, skilled engineers, gives you the opportunity for more cooling per € invested
Temperature optimisation -
a basic prerequisite for cost-efficient operation Temperature balance in a hydraulic system occurs when the cooler can cool down the energy input that the system does not consume - the system’s lost energy: (Ploss = Pcool = Pin – Pused). Temperature optimisation means that temperature balance occurs at the system’s ideal working temperature – the temperature
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Parker Olear Thermal & Power Air & Oil Cooling Systems with Hydraulic motor - LHC Series
Product Price: Rs 5 Lakh / UnitGet Best Price
Minimum Order Quantity: 20 Unit
Product Details:
| Model Name/Number | Parker Olear Thermal & Power Air & Oil Cooling systems with Hydraulic motor - LHC Series |
| Usage/Application | Industrial |
| Pressure | Parker Olear Thermal & Power Air & Oil Cooling systems with Hydraulic motor - LHC Series |
| Capacity | Parker Olear Thermal & Power Air & Oil Cooling systems with Hydraulic motor - LHC Series |
| Cooling Type | Air Cooled |
| Brand | PARKER OLEAR |
| Frequency | Parker Olear Thermal & Power Air & Oil Cooling systems with Hydraulic motor - LHC Series |
| Flow Rate | Parker Olear Thermal & Power Air & Oil Cooling systems with Hydraulic motor - LHC Series |
| Inlet Temperature | Parker Olear Thermal & Power Air & Oil Cooling systems with Hydraulic motor - LHC Series |
| Outlet Temperature | Parker Olear Thermal & Power Air & Oil Cooling systems with Hydraulic motor - LHC Series |
| Size | Parker Olear Thermal & Power Air & Oil Cooling systems with Hydraulic motor - LHC Series |
| Compressor Type | Parker Olear Thermal & Power Air & Oil Cooling systems with Hydraulic motor - LHC Series |
| Installation/After Sales Service Required | NTPC & POWER SECTOR |
| Item Code | Parker Olear Thermal & Power Air & Oil Cooling systems with Hydraulic motor - LHC Series |
The LHC air oil cooler with hydraulic motor is optimized for use in the mobile and industrial sector. Together with a wide range of accessories, the LHC cooler is suitable for installation in most applications and environments. The maximum cooling capacity is 180 kW at ETD 40 °C.
The Parker LHC air oil cooler series offers a reliable and efficient cooling solution that is suitable for mobile and industrial applications. The LHC air oil cooler is available with extra corrosion protection, for use in marine/offshore applications (LHC-M) and with ATEX approval for use in potentially explosive atmospheres above ground (LHC-X).
The maximum cooling capacity is 300 kW at ETD 40 °C with a hydraulic motor up to 25.2cm³/rev.
Features/Benefits:
• Quiet fan and motor.
• Efficient and robust design which extends operating lifetime and reduces service and maintenance costs
• Cooler matrix with low pressure drop and high cooling capacity.
• Easy to maintain and easy to retrofit in many applications.
• Hydraulic motor with displacement from 8.4 cm3 /r to 25.2 cm3 /r.
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Parker Olear Thermal & Power Air & Oil Cooling Systems with Three-Phase AC Motor - LOC Series
Product Price: Rs 4.5 Lakh / UnitGet Best Price
Minimum Order Quantity: 10 Unit
Product Details:
| Model Name/Number | Parker Olear LOC - Cooling systems with three-phase AC motor |
| Usage/Application | Oil Cooling |
| Pressure | Parker Olear LOC - Cooling systems with three-phase AC motor |
| Capacity | Parker Olear LOC - Cooling systems with three-phase AC motor |
| Cooling Type | Air Cooled |
| Brand | Parker Olear |
| Flow Rate | Parker Olear LOC - Cooling systems with three-phase AC motor |
| Inlet Temperature | Parker Olear LOC - Cooling systems with three-phase AC motor |
| Compressor Type | Parker Olear LOC - Cooling systems with three-phase AC motor |
| Item Code | Parker Olear LOC - Cooling systems with three-phase AC motor |
The LOC cooling system with three-phase AC motor is optimized for use in the industrial sector. The system is supplied ready for installation. An integrated circulation pump makes it possible to cool and treat the oil in a separate circuit – offine cooling. The cooling system can also be equiped with OLAER filter unit. Together with a wide range of accessories, the LOC cooling system is suitable for installation in most applications and environments. the maximum cooling capacity is 45 kW at ETD 40 °C.
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