TAEevo Tech 161 230/3 P3 with open expansion tank

• Cooling Capacity: 13.7 ton
• BTU/hr: 164,400
• Capacity based on 45°F water outlet temp.; 10°F delta t @ 95°F ambient temperature
• Reservoir Capacity: 70 Gallons

CAPACITIES

Cooling Capacity: 13.7 ton
BTU/hr: 164,400
Capacity based on 45°F water outlet temp.; 10°F delta t @ 95°F ambient temperature
Reservoir Capacity: 70 Gallons

DIMENSIONS

Width: 29.9 in
Depth: 73.3 in
Height: 54.7 in
Shipping Weight: 992 lbs
Installed Weight: – lbs

ELECTRICAL

Volts/Phase: 460/3
Hz: 60
FLA: 49
Compressor(s) for each circuit: 1
Fan(s): 2

MISC SPECIFICATIONS

Refrigerant: R410A
Water Flow (min/max): 20.1/ 83.2 gal/min
Available Head Pressure (min/max): 42.1/ 25.0 psi
Protection Class: IP 54
Total air flow: 9415 cfm
Total absorbed power : 17.7 kW
Pump Power : 0.75 kW
Fan Power: 1.03 kW

For MTA TAEevo product line only

• Facilitates cooling loop filling by manually pouring coolant into external reservoir
• Provides a visual indication of coolant level and top-off convenience
• Must be installed at the highest point of the coolant loop to avoid overflow possibility

Instructions:

1. Install components as shown making sure that valves A & B are open and valve C is closed.
2. Add water or water-coolant mixture into the tank opening D.
3. Continue filling slowly until a level is maintained at about half of the expansion tank volume.
4. Operate the chiller pump to circulate coolant throughout the coolant loop.
5. Add coolant as required to maintain a steady level in the tank and top off as needed.

Closed Expansion Tank

For MTA TAEevo product line only

• Facilitates filling of a closed, pressurized cooling loop
• Provides confident use of glycol-water coolants by maintaining concentration without periodic top-off
• Provides automatic make-up for water coolant systems that require periodic opening of the cooling circuit
• Allows chiller placement at any point in the closed loop circuit

Instructions

1. Install components as shown making sure that valves A & B are open and valve C is closed.
2. Connect a hose from a pressurized source (pump discharge for glycol or tap for water) to inlet of regulator (D).
3. Loosen or remove the brass cap from the auto-vent (E) to allow air to escape as coolant is added.
4. Open regulator valve (F) and add coolant until the auto-vent stops issuing air and the coolant circuit pressure indicated on the pump gauge (not shown) rises to 1.5 bar.
5. Operate the chiller pump to allow air trapped in the coolant circuit to be vented through the auto-vent. Several cycles of filling and venting may be required to completely vent the circuit.
6. The auto-vent can be left open as it will continue to provide venting without allowing coolant to escape.
7. A relief valve (G) is included to allow the chiller tank to operate safely below 3 bar pressure.