THESE ARE SOME OF OUR STANDARD BENEFITS:

• 2 YEAR PARTS WARRANTY ON THE WHOLE UNIT.
• OVERSIZED, HIGH EFFICIENCY STAINLESS STEEL COPPER BRAZED EVAPORATOR.
• OVERSIZED, HIGH EFFICIENCY STAINLESS STEEL COPPER BRAZED CONDENSER.
• STAINLESS STEEL BOLTED FRAME, CONTROL PANEL AND ACCESS PANELS.
• CASTER ASSEMBLY THAT BOLTS TO FRAME WITH CASTERS THAT CRANK UP AND DOWN FOR EASY INSTALLATION AND REMOVAL OF CHILLER.
• SHUT-OFF VALVES ON EVAPORATOR AND CONDENSER ON MAIN HEADER FOR INDIVIDUAL CHILLER REMOVAL WITHOUT INTERUPTION TO THE SYSTEM.
• EXTERNAL BUS BAR DUCT WITH COMPRESSOR CIRCUIT BREAKERS FOR INDIVIDUAL CHILLER REMOVAL WITHOUT INTERUPTION TO THE SYSTEM.

COMPRESSOR: One independent 80 hp suction gas cooled Copeland "ROTARY SCREW" compressor with an EER of 10.7 for years of energy savings, complete with oil sight glass, cranckcase heater, isolation valves, two steps of capacity control internal motor overload protection consisting of winding temperature, phase and wrong rotation, isolation valves, two steps of capacity control per chiller, 100% 50% and off.

EVAPORATOR: Oversized, high efficiency 80 ton stainless steel copper braze plate evaporator insulated outside with 1/2" armaflex insulation, with an evaporator inlet water temperature sensor, inlet shut-off valve mounted to the main header and coupled with grooved-end pipe fittings to the evaporator.

Evaporator water outlet has a flow sensor and water temperature sensor, shut-off valve mounted to the main header and coupled with grooved-end pipe fittings to the evaporator. Water piping in and out is insulated with 1/2" armaflex pipe insulation.

An individual chiller can be removed without interruption to the main header supply and return water flows by closing the ball valves and undoing the grooved-end coupling.

CONDENSER: Oversized, high efficiency 80 ton stainless steel copper braze plate condenser with a condenser inlet water temperature sensor, shut-off valve mounted to the main header and coupled with  grooved-end pipe fittings to the condenser.

Condenser outlet side has a shut-off valve mounted to the main header and coupled with grooved-end pipe fittings to the condenser. Condenser leaving water temperature can be monitored if a second evaporator is not used.

The chiller can operate with dry cooler water/glycol as low as 70 F entering the condenser, maximizing the compressor efficiency while maintaining optimum expansion valve performance. This is the highest energy saving available to-day.

For water/glycol below 70 F a motorized condenser water flow valve can be installed and controlled by an exclusive “chiller control system” maintaining a constant safe operating head pressure.

An individual chiller can be removed without interruption to the main header supply and return water flows by closing the ball valves and undoing the grooved-end coupling.

CHILLER CONTROL: Our exclusive "intelligent chiller control system" surpasses all others with twelve (12) analogue inputs: eight temperature and four pressure, two  flow sensors, loss of phase and phase reversal, over and under voltage, phase voltage difference along with four digital inputs, one for each compressor motor internal sensor, one for pump interlock or local / remote start.

Our exclusive "control logic" insures long lasting trouble-free operation with alarm outputs before failures can occur, automatic compressor sequencing (lead/lag) to even run time, timed starts to ease inrush current.

Connected to our "master chiller system control" for staging of 12 chillers with a total 24 steps of capacity control, the “building control system” can monitor the status of all chillers and change the operating temperature set point. 

With an evaporator flow sensor, we can prevent freeze-ups before they happen and display the exact operating capacity in tons of each chiller any time during operation. 

Inspection or service is made easy by displays of all temperature and pressure inputs, evaporator flow, chiller capacity in tons and super heat of each thermal expansion valve.

SENSOR INPUTS:

OUTPUTS:

Our "intelligent chiller control system" insures both trouble-free operation without false trips, and also that the chiller operates at the highest efficiency all the time.

REFRIGERATION COMPONENTS: Refrigeration thermal expansion valve field adjustable, filter dryer, liquid line solenoid, liquid line sight glass with moisture indicator, liquid line shut-off valve and hot gas by-pass shut-off valve if hot gas used. Some of these components are not used in our competitors’ equipment.

Refrigeration circuits are piped with ACR type L copper and fittings, circuit is brazed using nitrogen to keep internal surfaces clean from scale buildup, evacuated and charged with freon. Each chiller is run tested and includes a "run test data sheet" for field comparison at chiller start-up.

CONTOL PANEL: NEMA 1 stainless steel control panel with compressor contactors, compressor circuit breakers located in bus-duct panel on top of chiller, two control transformers (one for each compressor) both with primary and secondary fuses, red emergency stop push button, control board, two line digital display and data entry key pad.

Our enclosed three phase 900 amp Bus Bar Duct System is external to the chiller and includes individual compressor circuit breakers. Our system allows for individual chillers to be removed from the main bus for service without shutting down the operating system.

FRAME: Rugged 12 ga. bolted stainless steel frame with stainless steel NEMA 1 control panel and bus duct panel, 20 gauge stainless steel access panels. The base has cutouts for either a fork lift or pallet truck and uses two of our bolt-on “caster assemblies”.  The casters can be cranked up and down to move the chiller into place or remove for service.

SIZE:           54"l x 36"w x 73"h.

WEIGHT:      2,354 lbs.

VOLTAGE:     230/460/575V, 3 phase, 60 hertz.
                   380V, 3 phase, 50 hertz. Capacity reduction of 0.83 at 50 hertz.

WARRANTY:  2 YEAR parts warranty on the whole unit.

AVAILABLE OPTIONS:

Two-way and three-way motorized condenser water flow control valve.
Stainless steel main header water piping across the back of the chiller.
Sound attenuating panels.
Alternate refrigerants.
Hot gas by-pass for additional capacity control.
NEMA 12 control panel.