Operation | SPX Cooling Technologies 92-1322C specs

/ Operation /

Operating Instructions

To operate the heater system, visually check that the water level is above the sensor probe before energizing the power supply. The temperature control is preset at 45°F. The system will not energize unless the water level is above the sensor probe and the temperature of the water is below the

45° set point. The solid state relay card located in the control panel has a green and a red LED—see Figure 1. In a "ready" condition, with water

level above the sensor probe and temperature above 45°F both these LEDs will be off. If the red LED is illuminated this indicates a low water condition and the heaters will not operate. If the green LED is illuminated the heater elements are on.

Figure 1

Table 3

SOLID STATE RELAY CARD

CT			G2	RED
CT			G2	BLK
120 N			T1 T2 G1	BLK
		RED GREEN		RED
	COM	RED GREEN		BLK
24 240	NC NO		SH	SHIELD
24 240			SH

LED INDICATORS

Red	Green

OFF	OFF	Ready, No Demand

ON	OFF	Low Water Level

OFF	ON	Heater On

PROBE

BASIN

Caution

Should water be drained, either intentionally or accidentally, from the basin, the basin heater MUST be checked manually to insure the power source to the heating element is OFF. Although equipped with a low liquid level sensor probe, contaminants on or around the probe may cause false readings allowing the element to remain energized under low or no water conditions. Do not re-energize the unit until the sensor probe is fully submerged in water.

IF THE UNIT IS ENERGIZED WHILE THE SENSOR PROBE IS NOT FULLY SUBMERGED IN WATER, COMBUSTION/FIRE MAY RESULT, WHICH COULD DAMAGE OR DESTROY THE TOWER AND MAY CAUSE DAMAGE TO PERSONS OR PROPERTY NEARBY.

92-1322C specifications

SPX Cooling Technologies 92-1322C is a state-of-the-art cooling tower designed to meet the demands of various industrial applications. Known for its robust construction and advanced engineering, this unit offers exceptional performance while maintaining energy efficiency.

One of the main features of the 92-1322C is its durable structure. The cooling tower is built with high-quality materials that resist corrosion and withstand harsh environmental conditions. The fiberglass-reinforced plastic casing ensures longevity and minimizes maintenance costs over time. In addition, the unit is equipped with a galvanized steel support frame that provides stability and strength.

The 92-1322C incorporates advanced cooling technologies that enhance its operational efficiency. Its counterflow design is specifically engineered for improved airflow, ensuring optimal heat exchange. This design minimizes water loss through evaporation and enhances the cooling capacity, making it a cost-effective solution for cooling process water in industrial facilities.

Moreover, the model features low-noise fan operation. The low-noise axial fans are designed to provide efficient airflow while keeping sound levels to a minimum, making this unit ideal for applications in sound-sensitive environments. The fans are equipped with multiple speed settings, allowing operators to adjust performance based on cooling demands.

Another characteristic of the SPX Cooling Technologies 92-1322C is its ease of installation and serviceability. The modular design allows for quick assembly and disassembly, enabling efficient transport and installation. Additionally, the access panels and removable components facilitate regular maintenance and inspections, which are crucial for ensuring long-term operational effectiveness.

In terms of energy efficiency, the 92-1322C is equipped with a variable frequency drive (VFD) that optimizes fan speed based on real-time cooling requirements. This innovative technology not only reduces energy consumption but also leads to lower operational costs.

Overall, the SPX Cooling Technologies 92-1322C is a versatile and reliable cooling solution suitable for various industrial applications. Its combination of durability, advanced engineering, and energy-efficient features establishes it as a preferred choice for facilities looking to enhance their cooling operations while minimizing environmental impact.