GLO-QUARTZ® temperature control models TC1 and TCD are assembly stock configured mini control panels with magnetic contactor range from 30, 50 , 70, 90 and 120 amp capacity. 208 to 480 VAC single or three phase. An over-temperature or level control circuit jumper provided. Both models are combination controls. Includes a digital temperature control and process sensor.

•	More Information TCD

GLO-QUARTZ® temperature control models TC1 and TCD are assembly stock configured mini control panels with magnetic contactor range from 30, 50 , 70, 90 and 120 amp capacity. 208 to 480 VAC single or three phase. An over-temperature or level control circuit jumper provided. Both models are combination controls. Includes an analog temperature control and process sensor.

•	More Information TC1

Large switching capacities from 30 to 150 amps for either 240 or 480 volts (other voltages available). Adjustable temperature range from 50°F (10°C) to 250°F (120°C). 1000-ohm platinum RTD sensor included standard with the control, single or three phase.

•	More Information NE

Easy to read LED display. Large switching capacities from 30 to 150 amps for either 240 or 480 volts (other voltages available). Adjustable temperature range from 50°F (10°C) to 250°F (120°C). 1000-ohm platinum RTD sensor included standard with the control, single or three phase.

•	More Information DE

Mercury Displacement Relays are all designed and built to meet the most exacting demands of industry. Contactors are hermetically sealed with high quality glass to metal seals. The stainless steel tube is totally encapsulated in high grade UL approved epoxy to prevent moisture damage and voltage breakdown through the protective coating. Inert gases internally prevent excessive arcing between the mercury and the electrodes which enables the unit to function for millions of cycles. Available in 30, 35, 60 and 100 amp capacity.

•	How Does It Work?
•	More Information Contactors

Integrated SSR (solid state relay) and heat sink with DIN rail mounting to simplify installation, AC and DC input models. SIzes in 20, 30, 50 and 70 amp capacity, 42 to 660 VAC output.

•	More Information SSRI

SSR available in DC or AC input and sizes in 10, 25, 50, 75, 100 and 125 amp capacity. Requires heat sink and cooling, 48 to 660 VAC output. With and without terminal cover. LED control status.

•	More Information SSR
•	Derate Chart for Heat Sinking SSR

Particular attention must be paid to thermal considerations in order to improve the reliability and power of solid state relays. It is extremely important to consider the quality of the interface between the relay and the heat sink. Air pockets or gaps risk causing hot spots and a significant rise in temperature. This pad is made of an aluminum substrate covered on each side with a "touch-dry" thermal compound. If the temperature exceeds 51°C, the thermal compound wetting action allows it to fill any gaps, while its natural capillary action draws it to the edge of the interface between the mating surfaces, thus preventing it spreading.

•	More Information

SSR's require proper heat sinking to reach their rated capacity. Sizes are available for 10 amps and up. Use the Derate Chart above in combination with the heat sink information to determine the proper size.

•	More Information

SSR available in DC or AC input and sizes in 10, 25 and 45 amp capacity. Requires heat sink and cooling, 48 to 660 VAC output.

•	More Information GA3

Integrated SSR (solid state relay) and heat sink with DIN rail mounting to simplify installation, AC and DC input models. 3 x 25 amp legs, 48 to 660 VAC output.

•	More Information GNR3

Integrated SSR with heat sink available in DC or AC input and sizes in 20 and 30 amp capacity, 48 to 600 VAC output.

•	More Information GNR30

Single Phase Zero-Crossover SCR, 10-70 amps, 120 to 575V. The control card is powered off of the 4/20mA loop, so no control transformer is required. Compact and economical. Fast cycling distributive control improves heater life and reduces temperature variations.

•	More Information 1020

Single Phase Phase-Angle SCR, 50-2000 amps, 120 to 575V. Can be used with all load types. Line voltage compensation holds load voltage constant with changes in line voltage. Soft-start for transformer loads. Thermostatically protected. Field adjustable current limiting. Field adjustable over-current trip. Shorted SCR detection with form C relay for external alarm.

•	More Information 1029

Single or Three Phase Zero-Crossover or Phase-Angle SCR, 10-70 amps, 120 to 575V. Allows from one to fifteen zones to be mounted on one heat sink. The control card is powered off of the 4/20mA loop, so no control transformer is required. Compact and economical. Fast cycling distributive control improves heater life and reduces temperature variations.

•	More Information 1600

Three Phase Zero-Crossover SCR, 10-70 amps, 120 to 575V. The control card is powered off of the 4/20mA loop, so no control transformer is required. Compact and economical. Fast cycling distributive control improves heater life and reduces temperature variations.

•	More Information 3020

Three Phase Zero-Crossover SCR, 85-750 amps, 120 to 575V. Line voltage compensation holds load voltage constant with changes in line voltage. Soft-start for transformer loads. Thermostatically protected. On-board line fusing for 85-425 amp frames. Compact and economical. Fast cycling distributive control improves heater life and reduces temperature variations. Convection and forced air cooled.

•	More Information 3027

Three Phase Phase-Angle SCR, 50-1000 amps, 208 to 575V. Can be used with all load types. Line voltage compensation holds load voltage constant with changes in line voltage. Soft-start for transformer loads. Thermostatically protected. Field adjustable current limiting. Field adjustable over-current trip. Shorted SCR detection with form C relay for external alarm.

•	More Information 3629
•	Phase-Angle and Zero-Crossover SCR's

Model LLC control is designed to de-energize the power supply to a heater if the liquid level of the solution should drop below the heated portion of the heater. The two setting probes of the control are immersed in the solution to be heated. A negligible current flows between the probes when immersed. Once the liquid level drops below the probe, the circuit is automatically de-energized. The probes are available in stainless steel, titanium, or impervious graphite for use in almost any solution.

•	More Information LLC

Two and three probe model for more flexibility. Dual probe units (LC2): for single point control. Three probe units (LC3): for two-point control and refill/pump down applications.

•	More Information LC

Mounts on the outside of plastic tanks and senses up to .984 inches (25mm) so no direct immersion is required. Field selectable normally open or normally closed. 90 to 265 VAC. 500 mA switch capacity (10 mA minimum).

•	More Information ESP

Control of maximum and/or minimum levels of conductive liquids such as water. The principle is based on measurement of the apparent resistance of the liquid between two submerged probes. When this value is lower than the preset threshold on the unit front face, the output relay changes state. To avoid electrolytic phenomena, an AC current fans across the probes. Applications found in environmental, chemical industries and food technology etc. DIN rail mount.

The output relay changes state when the level of liquid reaches the maximum electrode, with the minimum electrode submerged. It returns to its initial state when the minimum probe is no longer in contact with the liquid. 24 to 240 VAC.

•	More Information ENR
•	Level Control Guide

ENRM Level Control for one or two level function, selected by a switch on the front panel. Adjustable time delay preventing wave effect adjustable from 0.1 to 5s. Probes supplied with AC current. Sensitivity adjustable on front panel. DIN rail mount. Available in 24 to 230 VAC.

•	More Information ENRM

Control of maximum and/or minimum levels of conductive liquids such as water. When this value is lower than the preset threshold on the unit front face, the output relay changes state. To avoid electrolytic phenomena, an AC current fans across the probes. Applications found in environmental, chemical industries and food technology etc. 8-pin or 11-pin socket base.

•	More Information LN

Control of maximum and/or minimum levels of conductive liquids with an alarm for a level which is abnormally high or low. The principle is based on measurement of the apparent resistance of the liquid between two submerged probes. When this value is lower than the preset threshold on the unit front face, the output relay and/or the alarm relay changes state. To avoid electrolytic phenomena, an AC current fans across the probes. Applications found in environmental, chemical industries and food technology etc. DIN rail mount.

•	More Information FN

The S8 level probe uses a 3-probe plastic electrode holder rated for a maximum of 176 F. probes are 1 meter long, stainless steel and can be cut to length per the application.

•	More Information S8

Plastic protected electrode for mounting by suspension. 1 meter cable with other lengths available.

•	More Information S7

Electrode holder with a single probe supplied using a 1 meter probe (304 stainless steel). Mounting thread is a 3/8" BSP thread. Adapters available for other thread configurations. Rated at 350 PSI and 392 F.

•	More Information S3