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Chillers

We offer a complete product range of Oil Chiller, Screw Chiller, water cooled scroll chiller, Industrial Oil Chillers and air cooled scroll chiller

Oil Chiller

  • Type Oil Chiller
  • Material Stainless Steel
  • Color Gray
  • Finishing Polished
  • Driven Type Electric
  • Phase Single Phase
  • Operating Type Automatic

Most manufacturing units and processes use hydraulics based machinery. These machinery make use of hydraulic oils of varying densities which heat up periodically during the course of the manufacturing process. However, having the oil heat up causes it to lose some of its characteristic properties and renders it useless for the process. In order to increase the shelf life of hydraulic oil and the machinery that it belongs to, it is important to regulate the temperature of the oil and constantly cool it. This is achieved with the aid of hydraulic chillers which are usually connected directly to the oil supply and in-built pumps. The heated oil is circulated through the chiller circuit and its temperature is thus controlled. Werner Finley’s Chillers are built with internal gear pumps and plate heat exchangers for this application. These ensure higher cooling efficiencies and lower noise levels. These can be utilized for processes using oils of viscosities ranging from 32-68 CST.

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Screw Chiller

  • Type Air Cooled Chiller
  • Material Stainless Steel
  • Color Grey
  • Finishing Polished
  • Driven Type Electric
  • Phase Single Phase
  • Machine Structure Horizontal
  • Cooling capacity rangeh 140 kW to 875 kW
  • Fluid Soft Water / water + glycol solution
  • Refrigerant R134a
  • Operating ambient temperature range +10 to + 50C
  • Best fluid outlet temperature 15degc, At ambient
  • Condenser Type Water - Cooled, Fin & Tube
  • Evaporator Type Brazed Plate / Shell & Tube Heat Exchanger
  • Operating environment Indoor / Out door - Shelter from rain, dust, insects, humidity, sunlight
  • Power supply 1 PH / 3 PH, 220V / 415 V, AC, 50/60 HZ
  • MOC of wetted parts SS 202 / 304 / 316 / CU
  • Fluid loop Open loop
  • Noise level < 85 db
  • Life expectancy 10-15 years

Werner Finley’s Screw chillers are distributed under two series, broadly categorised based on cooling media i.e. Air-Cooled or Water – Cooled, the water quality used for the process and the ambient temperatures under which they are made to operate. All these chillers are made to be compatible for both indoor and outdoor installation. Screw chillers are available starting from 40TR and above. Werner Finley offers a bare chiller option wherein the water reservoir and pump are absent. In a package chiller there can be 2 skids; one for the chiller and one for the tank and pump. This option is customised based on the client’s availability of space. Screw chillers contain single or two compressor circuit redundancy options depending on the capacity. Screw chillers are designed to work for varying load. Two types of compressor systems are available based on the nature of loads i.e STEP CONTROLL & STEPLESS CONTROLL. STEP CONTROLL Compressors work for step loads i.e 25%, 50%, 75% & 100%, whereas STEPLESS CONTROLL Compressors work for infinite loads i.e anywhere in-between 25% to 100%. Each chiller comes with a dedicated microprocessor or PLC-based chiller controllers which determine the number of compressors to run based on the amount of heat load. Due to these features, the Air Cooled Screw Chillers are energy efficient and offer redundancy based on the criticality of the application.   Soft start enhances motor start performance in many ways including: Smooth acceleration without the torque transients associated with electro-mechanical reduced voltage starters. Voltage or current is applied gradually, without the voltage and current transients associated with electro-mechanical reduced voltage starters. Lower start currents and/or shorter start times because constant current control gives higher torque as motor speed increases. Easy adjustment of start performance to suit the specific motor and load. Precise control over the current limit. Consistent performance even with frequent starts. Reliable performance even if load characteristics vary between starts (eg loaded or unloaded starts). In addition to superior starting performance, soft starters also provide a range of features not available from other reduced voltage starters. This features include areas such as: Soft stop (which helps eliminate water hammer) Braking Motor and system protection Metering and monitoring Operating history and event logs Communication network integration The extra features built into soft starters can reduce the overall installed cost of the equipment and reduce the long-term maintenance requirement.     Benefits of VFD Single-speed drives start motors abruptly, subjecting the motor to high torque and current surges up to 10 times the full-load current. In contrast, variable-frequency drives offer a "soft start“ capability, gradually ramping up a motor to operating speed. This lessens mechanical and electrical stress on the motor system and can reduce maintenance and repair costs and extend motor life. Variable-frequency drives allow more precise control of processes such as water distribution. Pressure in water distribution systems can be maintained to closer tolerances. Energy savings from variable-frequency drives can be significant. Affinity laws for centrifugal pumps suggest that even a small reduction in motor speed will highly leverage your energy savings. Variable-frequency drives can reduce a pump’s energy use by as much as 50%. A variablefrequency drive controlling a pump motor that usually runs less than full speed can substantially reduce energy consumption over a motor running at constant speed for the same period.   Trained Service Engineers 24/7 x 365 Service Genuine Spares Service within 24 hours for any location in India AMC with and without spares

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Water Cooled Scroll Chiller

  • Type Water Cooled Chillers
  • Material Stainless Steel
  • Application Cooling Water
  • Color Silver
  • Condition New
  • Driven Type Electric
  • Automation Grade Automatic
  • Cooling capacity range 17.5 kW to 462 kW
  • Fluid Soft Water / water + glycol solution
  • Refrigerant R134a/R407c
  • Operating ambient temperature range +10 to + 50C
  • Best fluid outlet temperature 15degc, At ambient : 35degc & ∆T : 5 Deg C
  • Condenser Type Air-Cooled, Fin & Tube
  • Evaporator Type Brazed Plate / Shell & Tube Heat Exchanger
  • Operating environment Indoor / Out door - Shelter from rain, dust, insects, humidity, sunlight
  • Power supply 1 PH / 3 PH, 220V / 415 V, AC, 50/60 HZ
  • MOC of wetted parts SS 202 / 304 / 316 / CU
  • Fluid loop Open loop
  • Noise level < 85 db
  • Life expectancy 10-15 years

Werner Finley’s Water Cooled Scroll Chillers are built with shell and tube condenser and evaporators which ensure high efficiencies and trouble-free operation. Redundancy models are made available in chillers of capacities 10 TR and upwards. Like the Air Cooled chillers, these come with two/three/four compressors that aid in energy efficient operation and equal aging of its components. These also come with microprocessor or PLC-based chiller controllers of reputed make. The chillers within this series are supplied without an integrated pump and tank, but these can be selected from Werner Finley’s standard list if required and installed on-site. The I WAT scroll chiller uses R 407C refrigerant while the I CAT uses R 134a, and customers may choose between the two based on their requirements. Both types of chillers can be installed either indoors or outdoors and their electrical cabinets are IP 55 rated. They find applications in the fields of pharmaceuticals, chemicals, automobile, brewery, food and beverages and electro plating. Like the Air Cooled chillers, these too come with a list of customisation options like condenser water flow regulator, flow switch or indicator, solenoid valves, pressure relief valves, remote control panel, online water filter and many more.   Design Inputs from Customer Required cooling capacity in kW Required / rated flow rate of cooling liquid Max liquid leaving temperature from cooling unit, at max ambient temp. Increase in liquid temperature at outlet of inverter Operating ambient temperature range (+/-) Installation site environmental conditions Power supply - voltage, frequency, phase. Electrical control logic Type of configuration for the cooling system Acceptance test, applicable standards and certifications

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Industrial Oil Chiller

  • Type Industrial Chiller
  • Application Industrial
  • Weight 100-1000kg
  • Color Blue, Grey
  • Condition New
  • Automatic Grade Automatic

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Air Cooled Scroll Chiller

  • Type Air Cooled Chiller
  • Material Stainless Steel
  • Weight 200-300kg
  • Color Grey
  • Finishing Polished
  • Driven Type Electric
  • Phase Single Phase

Werner Finley’s air cooled scroll chillers are distributed over four series, broadly categorised based on the water quality used for the process and the ambient temperatures under which they are made to operate. All these chillers are made to be compatible for both indoor and outdoor installation. In those chillers having capacities of 15 TR and more, Werner Finley offers a bare chiller option wherein the water reservoir and pump are absent. In a package chiller there can be 2 skids; one for the chiller and one for the tank and pump. This option is customised based on the client’s availability of space. Scroll chillers starting at capacities of 10 TR contain single or two compressor circuit redundancy options. When a product contains a two/three/four compressor, it is indicative of their own independent refrigerant circuits that function in succession, which further ensures redundancy of the unit and longevity of the circuit. Each chiller comes with a dedicated microprocessor or PLC-based chiller controllers which determine the number of compressors to run based on the amount of heat load. Due to these features, the Air Cooled Scroll Chillers are energy efficient and offer redundancy based on the criticality of the application.

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Coolant Chiller

  • Material Metal
  • Voltage 0-220V, 20-440V
  • Application Industrial Use
  • Condition New
  • Capacity 0-4000 Kilocal/Hr, 4000-8000 Kilocal/Hr
  • Frequency 50 Hz

We are instrumental in providing clients high performing Coolant Chiller that is highly appreciated by clients worldwide. The Coolant Chiller range comes with complete packaged closed loop systems including all the components such as compressor, condenser, condenser fan, evaporator, evaporator fan, expansion valve, accumulator, the necessary refrigeration controls and accessories. The Coolant Chiller range offered by us works in tandem with a Filtration system that assists in delivering clean and cool coolant at constant temperature to the machining process.

  • Specifications
    Advantages
    • Cools the tool by absorbing the heat
    • Enhances tool life
    • Provides lubrication to the tool and work piece interface
    • Protects the machined surface from corrosion
    • Reduce the cutting forces and hence the power consumption
    • Year round operation and non-ferrous lean circulating loop features
    • Easy to operate and install
    • Precise temperature control under continuous regulated supply of cooling fluid
    • Factory tested , piped, wired and charged for hassle free start-up and operation
    • Easy maintenance
    • Rugged design
    • Suitable for operating at ambient of 5 deg. C to 46 deg. C
    • Efficient operation provides energy efficient operation as well as precise cooling
    • Fluid and refrigerant controls and valves are housed securely inside the enclosure
    • Microprocessor temperature controller has setting and keypad lock facility
    • Refrigerant Gauges for monitoring and display of suction and discharge refrigerant pressures
    • High Energy Efficient Ratio (EER)
    • High Co-Efficient of performance(COP) by using world class compressors.
    • Less power consumption by the use of precise microprocessor based temperature controller.
    • Temperature accuracy of +/- 0.2oC achieved by bypassing the hot refrigerant gas
    • Compressor, Fan and Pump are independently electrically protected
    • Operational noise level lower than 80 decibels by using a rigid structure and dampening vibration wherever necessary
    • High flexibility in construction to meet varying customer needs
    • Easy serviceability and excellent country wide service backup
    Optional Features
    • Micro processor based chiller controller
    • An optional hot gas by pass
    • Online filters
    • Refrigerant gauges
    • RS 232/485 Communication ports for inter locking chiller controller with the main machine controller
    • Optional monitoring systems
    • Variable frequency drive
    • Hot gas bypass
    • Flow switch
    • Pressure relief valve
    • Solenoid valve
    • Additional interlocks apart from high temperature alarm
    • Audio/visuals signal
    • Hour Meter
    • Remote Control panel
    • Chiller Inlet coolant temperature indicator
    • Flow meter
    • Check valve
    • Non return valve
    • Non standard / large coolant reservoir
    Classification
    • Based on the type of Heat Exchanger (Evaporator) - Immersion Type, Shell & Tube Type, Plate Heat Exchanger
    • Based on the type of Refrigerant- R22, R134 (Eco - Friendly), R407C ( Eco - Friendly)
    Applications
    • Facing
    • Turning
    • Milling
    • Grinding
    • Honing
    • Drilling
    • Hobbing
    • Shaping
    • Welding
    • Lapping
    Specifications
    • Standard Model Capacities ranging from 0.5TR to 40TR
    •  
    • Operating Current Frequencies : 50HZ/ 60HZ
    • Operating voltage : 1 phase 230 volts, 3 phase 440 volts
    • Standard Temperature range : 20oC - 30oC
    • Standard Evaporating temperature range : 5oC,7.2oC,10oC,15oC,20oC with scroll & reciprocating compressors
    • Refrigerants : R22, R134a, R407C
        Typical Coolant Chiller application in tandem with a Filtration System

     

     

    Specifications (I DIP )

     
    Sl_no. Product Series  Model_No. Rated cooling_capacity Refrigerant Operating temp_deg C Cooling cap._Kcal/h Condensor No.of_ref ckt Compressor Media Power_supply Std flow_rate in LPM Std Pressure_in bar Total_power in KW  Total_current in amps Overall Dimension(H*W*D)
    1 CCIM I merse  WFCI3TAY 3000 R 134A 25 - 30  3000 AC 1 R Coolant  3 PH, 50 HZ NA NA 1.12 2.57 (675+540)*590*600
    2 CCIM I merse  WFCI3TAY 3000 R 134A 25 - 30  3000 AC 1 R Coolant  1 PH, 50 HZ NA NA 1.3 6.1 (675+540)*590*600
    3 CCIM I merse  WFCI6TBY 6000 R 407C 25 - 30  6000 AC 1 R Coolant  3 PH, 50 HZ NA NA 2.36 4.69 (900+380)*580*680
    4 CCIM I merse  WFCI6TCY 6000 R 22 25 - 30  6000 AC 1 R Coolant  3 PH, 50 HZ NA NA 2.53 4.85 (900+380)*580*680
    5 CCIM I merse  WFCI9TBY 9000 R 407C 25 - 30  9000 AC 1 R Coolant  3 PH, 50 HZ NA NA 3.92 8.78 (1100+330)*850*900
    6 CCIM I merse  WFCI9TCY 9000 R 22 25 - 30  9000 AC 1 R Coolant  3 PH, 50 HZ NA NA 3.92 8.78 (1100+330)*850*900
    7 CCIM I merse  WFCI15TBY 15000 R 407C 25 - 30  15000 AC 1 R Coolant  3 PH, 50 HZ NA NA 4.85 10.93 (1200+550)*1000*1000
    8 CCIM I merse  WFCI15TCY 15000 R 22 25 - 30  15000 AC 1 R Coolant  3 PH, 50 HZ NA NA 6.94 12.55 (1200+550)*1000*1000

     

     

     

    Specifications (I SAT )

     
    Sl_no. Product Series  Model no. Rated cooling capacity Refrigerant Operating temp deg C Cooling cap. Kcal/h Condensor No.of_ref ckt Compressor Media Power_supply Std_flow rate_in_LPM Std Pressure in bar Total power_in KW  Total current_in amps Inlet/outlet dia Overall Dimension(H*W*D)
    1 CCST I sat  WFCS3TAY 3000 R 134A 20 - 30  3000 AC 1 R Coolant  3 PH, 50 HZ 15 lpm 2.5 bar 1.7 3.66 3/4" BSP 1250*600*600
    2 CCST I sat  WFCS3TAY 3000 R 134A 20 - 30  3000 AC 1 R Coolant  1 PH, 50 HZ 15 lpm 2.5 bar 2 9 1" BSP 1250*600*600
    3 CCST I sat  WFCS6TBY 6000 R 407C 20 - 30  6000 AC 1 R Coolant  3 PH, 50 HZ 30 lpm 2.5 bar 3.45 6.38 1" BSP 1200*850*750
    4 CCST I sat  WFCS6TCY 6000 R 22 20 - 30  6000 AC 1 R Coolant  3 PH, 50 HZ 30 lpm 2.5 bar 3.41 6.45 1" BSP 1200*850*750
    5 CCST I sat  WFCS9TBY 9000 R 407C 20 - 30  9000 AC 1 R Coolant  3 PH, 50 HZ 45 lpm 2.5 bar 5.15 9.68 1" BSP 1450*800*800
    6 CCST I sat  WFCS9TCY 9000 R 22 20 - 30  9000 AC 1 R Coolant  3 PH, 50 HZ 45 lpm 2.5 bar 4.72 9.01 1" BSP 1450*800*800
    7 CCST I sat  WFCS15TBY 15000 R 407C 20 - 30  15000 AC 1 R Coolant  3 PH, 50 HZ 60 lpm 2.5 bar 9.27 14.5 1" BSP 1300*1000*1200
    8 CCST I sat  WFCS15TCY 15000 R 22 20 - 30  15000 AC 1 R Coolant  3 PH, 50 HZ 60 lpm 2.5 bar 8.1 15 1" BSP 1300*1000*1200
    9 CCST I sat  WFCS18TBY 18000 R 407C 20 - 30  18000 AC 1 R Coolant  3 PH, 50 HZ 75 lpm 2.5 bar 9.5 14.5 1-1/4"BSP 1300*1000*1400
    10 CCST I sat  WFCS18TCY 18000 R 22 20 - 30  18000 AC 1 R Coolant  3 PH, 50 HZ 75 lpm 2.5 bar 9.2 15 1-1/4"BSP 1300*1000*1400

     

     

     

     

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Water Chiller

We provide high performing Water Chiller range that is extensively used to produce cold water to cool industrial process equipment. In Water Chiller range, water is cooled to temperatures ranging anywhere between 6 deg. C to 25deg. C. We offer Water Chiller range at market leading rates to the esteemed clients.

  • Specifications
    Comes With Refrigeration Components
    • Compressor
    • Condenser
    • Evaporator
    • Refrigerant pipes
    • Coolant expansion reservoir
    • Pumps
    Advantages
    • Year round operation and non-ferrous lean circulating loop features
    • Easy to operate and install
    • Precise temperature control under continuous regulated supply of cooling fluid
    • Factory tested , piped, wired and charged for hassle free start-up and operation
    • Easy maintenance
    • Cooling capacities from 0.5 TR to 40 TR
    • Operational water temperature range of 6 deg. C to 25 deg. C
    • Operational flow rate ranging from 5 LPM/ TR to 20 LPM/TR
    • Precision Temperature control ensures high thermal stability during the resting period of the compressor
    • Lessens compressor cycling
    • Rugged design
    • Suitable for operating at ambient of 5 deg. C to 46 deg. C
    • Efficient operation provides energy efficient operation as well as precise cooling
    • Fluid and refrigerant controls and valves are housed securely inside the enclosure
    • Microprocessor temperature controller has setting and keypad lock facility
    Options Features
    • Micro processor based chiller controller
    • Rs 232/485 communication fro inter locking chiller controller with main machine controller
    • Refrigerant gauges
    • Reservoir heater
    • Optional monitoring systems
    • Circuit breaker heat exchanger
    • An optional hot gas by pass
    • Online filters
    • Optional fan speed controller allows operation of chiller at ambient below 5oC up to - 15oC
    • Low flow switch
    • Chiller inlet water temperature indicator
    • Flow meter
    • Pressure relief Valve
    • Check valve
    • Non return Valve
    • Fluid distribution header
    • Solenoid Valves
    • Water top up port/float ball valve
    • Additional interlocks apart from high temperature alarm
    • Emergency Stop
    • Audio visual alarm signal
    • Hour Meter
    • Non Standard/larger reservoir
    Industrial Applications
    • Induction hardening, heating, welding
    • EDM: wire cut, spark erosion
    • X-ray diffraction and florescence spectrometer
    • Fluid cooling for machine tools
    • Component quenching
    • Plastic injection molding and extrusion
    • Pressure die casting
    • Hydraulic oil cooling
    • Condenser cooling
    • Metal working and plating
    • Water jacket cooling
    • Plasma spray
    • Liquid nitrogen plant
    • Vacuum systems and evaporators
    • Electro-chemical de-burring machine
    • Industrial washing machines
    • Laboratory applications
    • Chemical processes
    • Laser welding, marking and cutting
    • ower supplies/ Transformers
    • Air/gas compressors
    • Semi conductors
    • Micro Breweries
    • Wineries
    • Distillation processes
    • Bakery dough cooling
    • Pharma industry
    • Printing machines
    Medical Applications
    • MRI
    • CT
    • PET
    • Linear Accelerators
    • CGR and RDS cyclotron
    • GAs Chromatograph
    • Cryogenic compressors
    • Other sensitive medical systems

    Specifications

     
    Sl_no. Product Series  Model_no. Rated_cooling capacity Refrigerant Operating_temp deg C Cooling_cap. Kcal/h Condensor Media_ Power_supply No. of_ref ckt Compressor Std flow_rate in LPM Std Pressure in bar Reservoir volume Total power_in KW  Total current_in amps Inlet/outlet dia. Overall Dimension(H*W*D)
    1 WC I chill WFW C9HAX 900 R 134A 15 900 AC DI water  1 PH, 50 HZ 1 R 10 lpm 4 bar 20 1.1 8 1/2" BSP 950*550*550
    2 WC I chill WFWC 14HAX 1400 R 134A 15 1400 AC DI water  1 PH, 50 HZ 1 R 10 lpm  4 bar 25 1.6 8.8 1/2" BSP 900*550*550
    3 WC I chill WFWC 3TAY 3000 R 134A 15 3000 AC DI water  1 PH, 50 HZ 1 R 15 lpm  4 bar 50 2.1 9.5 1"BSP 1150*650*650
    4 WC I chill WFWC 3TAY 3000 R 134A 15 3000 AC DI water  3 PH, 50 HZ 1 R 15 lpm  4 bar 50 3.42 6.2 1"BSP 1150*650*650
    5 WC  I con WFWC 6TCX 6000 R 22 15 6000 AC DI water  1 PH, 50 HZ 1 R 25 lpm 5 bar 100 3.35 17.3 1"BSP 1300*850*750
    6 WC  I con WFWC 6TBY 6000 R 407C 15 6000 AC DI water  3 PH, 50 HZ 1 R 25 lpm 5 bar 100 4.3 8 1"BSP 1300*850*750
    7 WC I con WFWC 6TCY & Pump 1Ph 6000 R 22 15 6000 AC DI water  3+1 PH, 50 HZ 1 R 25 lpm 5 bar 100 3.43 8.63 1"BSP 1300*850*750
    8 WC I con WFWC 6TCY 6000 R 22 15 6000 AC DI water  3 PH, 50 HZ 1 R 25 lpm 5 bar 100 3.43 6.28 1"BSP 1300*850*750
    9 WC I con WFWC 9TBY 9000 R 407C 15 9000 AC DI water  3 PH, 50 HZ 1 R 40 lpm 5 bar 150 4.63 8.38 1"BSP 1450*900*900
    10 WC I con WFWC 9TCY 9000 R 22 15 9000 AC DI water  3 PH, 50 HZ 1 R 40 lpm 5 bar 150 5.07 9.25 1"BSP 1450*900*900
    11 WC I con WFWC 15TBY 15000 R 407C 15 15000 AC DI water  3 PH, 50 HZ 1 R 60 lpm  5 bar 250 8.1 14.2 1"BSP 1650*1050*1000
    12 WC I con WFWC 15TCY 15000 R 22 15 15000 AC DI water  3 PH, 50 HZ 1 R 60 lpm  5 bar 250 8.3 14.6 1"BSP 1650*1050*1000
    13 WC I con WFWC 18TBY 18000 R 407C 15 18000 AC DI water  3 PH, 50 HZ 1 R 75 lpm 5 bar 300 7.75 14.06 1-1/4" BSP 1550*1250*1000
    14 WC I con WFWC 18TCY 18000 R 22 15 18000 AC DI water  3 PH, 50 HZ 1 R 75 lpm  5 bar 300 7.82 14.16 1-1/4" BSP 1550*1250*1000
    15 WC I max  WFWC 23TBY 22500 R 407C 15 22500 AC DI water  3 PH, 50 HZ 2 R 90 lpm  5 bar 375 9.63 19.45 1-1/4" BSP 1550*1500*1000
    16 WC I max  WFWC 23TCY 22500 R 22 15 22500 AC DI water  3 PH, 50 HZ 2 R 90 lpm  5 bar 375 9 18 1-1/4" BSP 1550*1500*1000
    17 WC  I max  WFWC 30TBY 30000 R 407C 15 30000 AC DI water  3 PH, 50 HZ 2 R 120 lpm 5 bar 500 14.06 25.73 1-1/4" BSP 1600*1500*1200
    18 WC  I max  WFWC 30TCY 30000 R 22 15 30000 AC DI water  3 PH, 50 HZ 2 R 120 lpm  5 bar 500 14.06 25.73 1-1/4" BSP 1600*1500*1200
    19 WC I max  WFWC 45TBY 45000 R 407C 15 45000 AC DI water  3 PH, 50 HZ 2 S 150 lpm 5 bar 750 22.66 43.36 1-1/2" BSP 1900*1800*1600
    20 WC I max  WFWC 45TCY 45000 R 22 15 45000 AC DI water  3 PH, 50 HZ 2 S 150 lpm  5 bar 750 18.88 37 1-1/2" BSP 1900*1800*1600
    21 WC I max  WFWC 60TBY 60000 R 407C 15 60000 AC DI water  3 PH, 50 HZ 2 S 200 lpm  5 bar 1000 25.06 47.3 1-1/2" BSP 2150*1600*1800
    22 WC I max  WFWC 60TCY 60000 R 22 15 60000 AC DI water  3 PH, 50 HZ 2 S 200 lpm  5 bar 1000 21.41 42.52 1-1/2" BSP 2150*1600*1800
    23 WC I max  WFWC 75TBY 75000 R 407C 15 75000 AC DI water  3 PH, 50 HZ 2 S 250 lpm 5 bar 1250 31.43 60.95 2-1/2" FLANGE 2100*2300*1800
    24 WC I max  WFWC 75TCY 75000 R 22  15 75000 AC DI water  3 PH, 50 HZ 2 S 250 lpm 5 bar 1250 27.67 53.54 2-1/2" FLANGE 2100*2300*1800
    25 WC I max  WFWC 90TBY 90000 R 407C 15 90000 AC DI water  3 PH, 50 HZ 2 S 300 lpm 5 bar 1500 41.07 75.26 2-1/2" FLANGE 2150*2300*1700
    26 WC I max  WFWC 90TCY 90000 R 22 15 90000 AC DI water  3 PH, 50 HZ 2 S 300 lpm 5 bar 1500 41.07 75.26 2-1/2" FLANGE 2150*2300*1700
    27 WC I max  WFWC 120TBY 1200000 R 407C 15 120000 AC DI water  3 PH, 50 HZ 2 S 400 lpm 5 bar 2000 51.26 98.3 2-1/2" FLANGE 2200*3050*1800
    28 WC I max  WFWC 120TCY 1200000 R 22 15 120000 AC DI water  3 PH, 50 HZ 2 S 400 lpm 5 bar 2000 51.26 98.3 2-1/2" FLANGE 2200*3050*180

     

     

       

     

     

       

     

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Energy Efficient Chillers

  • Speciality Easy To Use
  • Usage Industrial
  • Material Stainless Steel
  • Shape Round
  • Color Sliver
  • Finishing Polished
  • Automatic Grade Automatic

Over three decades of being part of the process cooling industry, Werner Finley has designed and built cooling systems and components that avoid excess energy consumption, thus cutting down operating expenses for the buyers who use our products. A normal chiller would operate based on the fluctuations of media temperature- turning on when its temperature crosses the set point and turning off when it drops below the set point. Due to this, chillers tend to undergo a large number of on-off cycles during the manufacturing process, even when not needed at times. In order to avoid excess cycles and save energy, Werner Finley has created energy-efficient chillers adopting technologies which assess the amount of heat in the machine at regular, pre-set intervals, thus reducing the number of on-off cycles drastically. It is possible to save up to 30% of the energy normally consumed by replacing conventional chillers with energy efficient variants. An energy-efficient cooler is composed of a highly sensitive compressor of either VFD or digital scroll technology, an electronic expansion valve, a fan speed controller and a chiller controller. It requires these control units in order to fine-tune the process and ensure that energy is consumed sustainably. VFD-based compressors function at varying capacities from 30-110%, controlled by parameters like fluid temperatures or refrigerant pressures. Werner Finley makes use of Copeland Digital Scroll™ compressors which provide capacity modulation from 10-100% of full load capacity. A chiller that uses digital scrolls is seen to save 30-32% in power consumption compared to normal scroll, and so is a better investment when applications call for variable load conditions. They also provide greater temperature stability, showing deviations of only +/- 0.5°C. Electronic expansion valves are installed within these chillers to maintain a desired superheat regardless of changing conditions and to control the refrigerant anywhere within the system. Fan speed controllers regulate temperature and refrigerating systems, thereby minimizing power wastage. Werner Finley’s Energy Efficient Chillers find applications in medical, data centre, induction welding, food processing and lamination industries.

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Hydraulic Oil Chiller

  • Weight 1000-2000kg, 4000-5000kg
  • Voltage 110V, 440V
  • Application Oil Cooling
  • Condition New
  • Operating Temperature -25-+1 Deg C
  • Automatic Grade Automatic

We offer high quality Hydraulic Oil Chiller that is integrated with refrigeration components including the compressor, condenser, evaporator, refrigeration pipes, oil pump and electric panel. The Hydraulic Oil Chiller offered by us maintains the oil temperature to precise temperature levels and thereby maintains uniform physical and chemical properties of the oil in operation.

  • Specifications
    Advantages
    • Year round operation and lean circulating loop features
    • Easy to operate and install
    • Easy to maintain
    • High efficiency
    • Year round operation and non-ferrous lean circulating loop features
    • Easy to operate and install
    • Precise temperature control under continuous regulated supply of cooling fluid
    • Factory tested , piped, wired and charged for hassle free start-up and operation
    • Easy maintenance
    • Cooling capacities from 0.5 TR to 40 TR
    • Oil temperature between 25 deg. C to 40 deg. C
    • Precision Temperature control ensures high thermal stability during the resting period of the compressor
    • Rugged design
    • High efficiency plate heat exchangers assure energy efficient operations as well as precise cooling
    • Micro processor based digital temperature controllers ensures tamper proof and precise operation
    • High efficiency gear pumps for reliable and continuous operation
    • Compressor, fan and pump are independently electrically operated.
    Operational Features
    • RS 232/485 communication ports fro inter locking chiller controller with the main machine controller
    • Refrigerant gauges for continuously monitoring and display of suction and discharge refrigerant pressures
    • Online filters with specific micron levels
    • Indirect oil cooling by installing a water chiller and a circuit breaker heat exchanger wherever oil temperature requirement above 4 deg. C and wherever Installed cooling capacity goes above 30,000 kcal/hr
    • Cooling and heating options for special test rigs and regions of installations where ambient temperatures are lower than 20° C
    Applications
    • Hydraulic power pack
    • Lubricating oil cooling
    • Any other oil with viscosities ranging between 20 to 100 CST
    Models
    • Direct cooling
    • In-direct cooling

    Specifications

     
    Sl_no. Product Series  Model no. Rated_cooling capacity Refrigerant Operating temp deg C Cooling cap. Kcal/h _Media_ Power_supply No of ref ckt COMPRESSOR Std flow rate in LPM Std Pressure in bar Total power in KW  Total current in amps Inlet/outlet dia Overall Dimension(H*W*D)
    1 HOC I hoc WFHC3TAY 3000 R 134A 30 - 35  3000 Hyd Oil CST 46 3 PH, 50 HZ 1 R 15 lpm 2.5 bar 2.24 5.32 3/4" BSP 1000*650*650
    2 HOC I hoc WFHC3TAY 3000 R 134A 30 - 35  3000 Hyd Oil CST 46 1 PH, 50 HZ 1 R 15 lpm 2.5 bar 2 8 3/4" BSP 1000*650*650
    3 HOC I hoc WFHC6TBY 6000 R 407C 30 - 35  6000 Hyd Oil CST 46 3 PH, 50 HZ 1 R 30 lpm 2.5 bar 4.09 8.26 1" BSP 1200*700*700
    4 HOC I hoc WFHC6TCY 6000 R 22 30 - 35  6000 Hyd Oil CST 46 3 PH, 50 HZ 1 R 30 lpm 2.5 bar 3.34 6.75 1" BSP 1200*700*700
    5 HOC I hoc WFHC9TBY 9000 R 407C 30 - 35  9000 Hyd Oil CST 46 3 PH, 50 HZ 1 R 45 lpm 2.5 bar 4.29 8.55 1" BSP 1200*900*850
    6 HOC I hoc WFHC9TCY 9000 R 22 30 - 35  9000 Hyd Oil CST 46 3 PH, 50 HZ 1 R 45 lpm 2.5 bar 4.29 8.55 1" BSP 1200*900*850
    7 HOC I hoc WFHC15TBY 15000 R 407C 30 - 35  15000 Hyd Oil CST 46 3 PH, 50 HZ 1 R 60 lpm 2.5 bar 8.85 8.55 1" BSP 1400*1000*1000
    8 HOC I hoc WFHC15TCY 15000 R 22 30 - 35  15000 Hyd Oil CST 46 3 PH, 50 HZ 1 R 60 lpm 2.5 bar 8.85 16.5 1" BSP 1400*1000*1000
    9 HOC I hoc WFHC18TBY 18000 R 407C 30 - 35  18000 Hyd Oil CST 46 3 PH, 50 HZ 1 R 75 lpm 2.5 bar 8.08 15.09 1" BSP 1400*1150*1000
    10 HOC I hoc WFHC18TCY 18000 R 22 30 - 35  18000 Hyd Oil CST 46 3 PH, 50 HZ 1 R 75 lpm 2.5 bar 8.28 15.03 1" BSP 1400*1150*1000
    11 HOC I hoc WFHC23TBY 22500 R 407C 30 - 35  22500 Hyd Oil CST 46 3 PH, 50 HZ 1 S 100 lpm 2.5 bar 6.95 13.8 1-1/4" BSP 1400*1500*900
    12 HOC I hoc WFHC23TCY 22500 R 22 30 - 35  22500 Hyd Oil CST 46 3 PH, 50 HZ 1 S 100 lpm 2.5 bar 6.95 13.8 1-1/4" BSP 1400*1500*900
    13 HOC I hoc WFHC30TBY 30000 R 407C 30 - 35  30000 Hyd Oil CST 46 3 PH, 50 HZ 1 S 120 lpm 2.5 bar 11.5 21.92 1-1/4" BSP 1500*1500*1050
    14 HOC I hoc WFHC30TCY 30000 R 22 30 - 35  30000 Hyd Oil CST 46 3 PH, 50 HZ 1 S 120 lpm 2.5 bar 11.5 21.92 1-1/4" BSP 1500*1500*1050
    15 HOC I hoc WFHC45TBY 45000 R 407C 30 - 35  45000 Hyd Oil CST 46 3 PH, 50 HZ 1 S 150 lpm 2.5 bar 15.82 32.08 1-1/4" BSP 1500*2150*1100
    16 HOC I hoc WFHC45TCY 45000 R 22 30 - 35  45000 Hyd Oil CST 46 3 PH, 50 HZ 1 S 150 lpm 2.5 bar 15.82 32.08 1-1/4" BSP 1500*2150*1100
       
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Packaged Water Chillers

  • Type Water Chiller
  • Material Stainless Steel
  • Color Gray
  • Finishing Polished
  • Driven Type Electric
  • Phase Double Phase
  • Machine Structure Horizontal

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Vapour Compression Water Chillers

  • Type Water Cooled Chillers
  • Material Stainless Steel
  • Application Cooling Water
  • Color Silver
  • Condition New
  • Driven Type Electric
  • Automation Grade Automatic

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  • RAJNI / J. R. Gundu Rao
  • A-105, 3rd Main, 2nd Stage, Peenya Industrial Area, Bangalore, Karnataka - 560058, India
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