General purpose industrial control relays are available in ice cube, card relay, and solid state relay styles for use in a wide range of applications. A variety of accessories are also available, including relay sockets, relay removers, protective covers, spare card relays, and metal oxide varisters (MOV) and diode circuits offered as convenient plug-in modules.
- 5A Electro-Mechanical Cube Relays
- 10A Electro-Mechanical Cube Relays
- 15A Electro-Mechanical Cube Relays
- 12A Electro-Mechanical Octal Relays
- 16A Latching Octal Relays
- Electro-Mechanical Card Relays
- Relay Sockets & Accessories
|Multi-Function Digital Counter / Timer / Tachometer - CTT Series|
The CTT series multi-function device is easily configured for multiple operations as a digital electronic counter, a digital timer, combination timer-counter, or digital tachometer.
ul>Digital counter or timer, combination timer-counter, or digital tachometerDouble-line, 6-digit, two-color LCD display24 VDC and 100-240 VAC powered versionsAccepts voltage and non-voltage inputs from a wide variety of sensorsMultiple transistor and relay outputsStandard 1/16 DIN size
|Solid State Relays|
A solid state relay switch is a control relay with isolated input and output, whose functions are achieved by means of electronic components without the use of moving parts such as those found in electromechanical relays. These electronic relays are ideal for applications with many contact closures since solid state relay switches offer a greatly extended life compared to electromechanical relays.
- General Purpose DIN Rail Relays, 10A, 25A (AD-SSR2 Series)
- General Purpose DIN Rail Relays, 10A (AD-SSR8 Series) ... New!
- Hazardous Location (HAZLOC) DIN Rail Relays, 8A, 10A, 15A (AD-HSSR8 Series) ... New!
|Motor Control Relays|
Phase monitor relays provide protection against premature equipment failure caused by voltage faults on 3-Phase systems. All ProSense 3 phase monitor relays are designed to be compatible with typical Wye or Delta systems. Phase monitoring relays protect against single phasing regardless of any regenerative voltages.
Alternating relays are used for motor load control in special applications where the optimization of load usage is required by equalizing the run time of two loads. The alternating action is initiated by a control switch, such as a float switch, manual switch, timing delay, pressure switch, or other isolated contact. Each time the initiating switch is opened, the output relay contacts will change state, thus alternating the two loads.
Pump failure relays are designed to monitor the shaft seals of submersible pumps. A resistive-measuring probe provided by the pump manufacturer is installed in the pump seal cavity. If the pump seal starts to leak, contaminating fluid enters the seal cavity, lowering the resistance between the internal probe and the common connection. When the resistance drops below the user-adjustable sensitivity setpoint of the relay, the output relay energizes.
|Koyo Timer Relays|
1/16 DIN Digital Timers (KT Series) - offer flexible features at a great price. A large, easy to read display is offered in a small 1/16 DIN size. Large, bright red timer LED display has a 12 mm character display height which allows it to be seen easily from a distance and at an angle. In addition, set values use a green LED display to differentiate from timing values.
|Fuji Timer Relays|
Fuji Timer Relays (MS Series) - The MS4S series super timers are 1/16 DIN style timer relays designed for process control, machine tool control, safety control and many other types of applications. The timer switches are plug-in 8-pin or 11-pin surface/ DIN rail mountable with up to four selectable modes of operation and four selectable timing ranges.
Fuji Miniature Timer Relays (ST7 Series) - The ST7 series timer switches are very compact and highly accurate. They offer a time delay operation type with a single timing range. These timer switches are designed to optimize mounting space in small areas. These super timers are highly accurate, with a repeat accuracy within ±1% at maximum setting time. Mounting is by DIN rail or by securing directly to a panel with a fastener.