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    17 Products

    Dual-Channel DIN-Rail Mount Multifunction Timer Relays

    Image of Product. Front orientation. ZoomedIn view. Contains Border. Timer Relays. Dual-Channel DIN-Rail Mount Multifunction Timer Relays.
    Image of Product. Front orientation. Contains Annotated. Timer Relays. Dual-Channel DIN-Rail Mount Multifunction Timer Relays.
    Control two steps of an electrical process from a single relay—with two fully independent channels and 30 different functions, these relays give you a wide range of possibilities. Each channel has its own output, so you can run two different functions (one per circuit) at the same time. Mount them to 35 mm DIN rails (also known as DIN 3 rail) and connect them to lighting systems, conveyors, electric motors, and other systems. These relays are UL Listed, C-UL Listed, and CE Marked, meaning they meet U.S. and international safety standards.
    View times, function names, and on/off status for both channels at once using the digital display. You can program these relays with a joystick on the face, which is easier to use than the rotary dials on traditional relays. You can also program them using an Android phone with NFC (near field communication) capability, which is commonly used for mobile payment. Once you select the functions you need, hold the phone against the relay to program.
    Connect switches to inputs on these relays to trigger, pause, and reset functions. Turning on a switch connected to the pause input stops functions until the switch is turned off. A switch connected to the reset input will start functions from the beginning. If the relay is actively receiving a signal, the function will restart right away. If there is no signal, the function will stop and reset, so it starts from the beginning the next time it’s triggered. You can use switches to pause or reset both channels at once, or for one channel only.
    Although these relays have 30 different functions, they all fall into 10 categories. Within these categories, you can select different functions to allow you to add a switch, program a delay, or change how the relay responds to a trigger (turning on or off, pausing, or resetting).
    Delayed Start (Delay on Make) Timer—These functions allow you to set how long it takes for the relay to turn on after input voltage is applied. For example, a drill starts pumping lubricant immediately, but it does not start rotating until the set time has elapsed.
    Delayed Switch Off (Delay on Break) Timer—These functions use a switch instead of input voltage. When the switch is turned off, the relay remains on for a programmed amount of time before turning off. For example, a projector’s light is turned off with a switch, but its cooling fan continues to run for a set time.
    Delayed Switch-On with Delayed Switch-Off Timer—This function uses a switch instead of an input voltage. It allows you to set how long it takes the relay to turn on after a switch is turned on, and how long it will stay on after the switch is turned off. For example, a furnace turns on, but the fan doesn’t start pushing air through the vents until it has been heated. When the furnace turns off, the fan keeps blowing to circulate all the hot air.
    Interval Timer—These functions use input voltage to turn on the relay for a programmed amount of time. For example, when a part moving down a conveyor reaches a certain location, a cleaning spray comes on for a set amount of time.
    Switch on (Single Shot) Timer—These functions require a switch to activate the relay, which stays on for the programmed amount of time. For example, lights in a storage room are turned on with a switch and stay on for a set time before turning off.
    Repeat-Cycle Timer—When input voltage is applied, the relay turns on for a duration, then off for the same duration. They alternate between the two until input voltage is removed. For example, a flashing light stays on and off for equal periods of time.
    Asymmetrical-Repeat-Cycle Timer—These functions start with an on-cycle and then have an off-cycle, but these cycles have different durations. The cycles repeat until input voltage is removed. For example, a sprinkler system sprays in short bursts followed by longer rest periods, on and off until input voltage is removed.
    Manual-Switch-Control Timer—Use these functions to turn the relay on and off with a switch.
    Fixed On/Off Timer—The on function keeps the relay on whenever input voltage is applied; it will only turn off if the voltage is removed. The off function keeps the relay in an off state, even if input voltage is applied.
    Switch-On Asymmetrical Repeat Cycle Timer—These functions require a switch to activate the timing function. The input voltage is applied the whole time, and when you turn the switch on, the relay begins with an on-cycle followed by an off-cycle. These cycles have different durations, and they repeat until you turn the switch off. They could be used to turn on a motor or other system for a short period and then turn it off for a longer rest period, repeating that pattern until the switch is turned off.
    Timing
    Range
    No. of
    Terminals
    Input Voltage
    Control Current,
    mA
    Timer Relay Function
    No.
    of
    Overall
    Switching Current
    @ Voltage
    Max. Switching
    Voltage, V AC
    Ht.
    Wd.
    Dp.
    Features
    Each
    2 Circuits Controlled with 2 Off and 2 On—DPDT
    12120V AC, 240V AC, 110V DC, 240V DC16Manual Switch Control
    Fixed On/Off
    Switch on (Single Shot)
    Delayed Start (Delay on Make)
    Delayed Switch Off (Delay on Break)
    Delayed Switch-On with Delayed Switch-Off
    Interval
    Repeat Cycle
    Asymmetrical Repeat Cycle
    Switch-On Asymmetrical Repeat Cycle
    300.1 sec. to 9,999 hr.16 amp @ 240V AC2403.4"1.4"2.2"2 Individually Programmable Timers, LCD Screen7105N120000000
     

    Circular-Pin Relays

    Image of Product. 8-Terminal Relay (1 Circuit Controlled). Front orientation. Contains Annotated. Relays. Circular-Pin Relays, 1 Circuit Controlled.
    Image of Product. Relay Socket for 8-Terminal Relay. Front orientation. Relay Sockets. Circular-Pin Relays, 1.4" High.
    Image of Product. Relay Socket for 11-Terminal Socket. Front orientation. Relay Sockets. Circular-Pin Relays, 1.4" High.

    8-Terminal Relay

    (1 Circuit

    Controlled)

    Relay

    Socket for

    8-Terminal

    Relay

    Relay Socket

    for 11-Terminal

    Socket

    The circular pin terminals plug into relay sockets for easy installation. Also known as ice cube relays.
    Horsepower @ Switching Voltage—Relays rated for horsepower (hp) are built to handle tough, repetitive-use applications.
    Sockets with Screw Terminals—Relay sockets (sold separately) mount to 35 mm DIN rail (also known as DIN 3 rail) or can be mounted to a flat surface.
    Relays
    Sockets with
    Screw Terminals
    No. of
    Terminals
    Input Voltage,
    V DC
    Control Current,
    mA
    Switching Current
    @ Voltage
    hp @ Switching Voltage
    Ht.
    Wd.
    Dp.
    Each
    Each
    1 Circuit Controlled with 1 Off or 1 On—SPDT
     
    Relay-Socket Mount
    81101110 amp @ 240V AC/28V DC1/3 hp @ 120V AC
    1/2 hp @ 240V AC
    1.4"1.4"2"7580T530000007122K1900000
     

    Circuit Board Relays

    Image of Product. 8 Terminals. Front orientation. Contains Annotated. Relays. Circuit Board Relays, Mechanical Operation.
    Image of Product. 5 Terminals. Front orientation. Contains Annotated. Relays. Circuit Board Relays, Mechanical Operation.
    Image of Product. 6 Terminals. Front orientation. Contains Annotated. Relays. Circuit Board Relays, Mechanical Operation.
    Image of Product. 14 Terminals. Back orientation. Relays. Circuit Board Relays, Mechanical Operation.

    8 Terminals

    5 Terminals

    6 Terminals

    14 Terminals

    Smaller than relays with electrical wiring, these relays fit in compact devices. Mount them through holes on circuit boards with their solder pin terminals. Use them to control heaters, fans, and other high-power components from a low-power circuit.
    No. of
    Terminals
    Input
    Voltage
    Control Current,
    mA
    Switching Current
    @ Voltage
    Max. Switching
    Voltage, V AC
    Mechanical
    Life Cycles
    Ht.
    Wd.
    Dp.
    Pin
    Lg.
    Each
    Mechanical Operation
     
    1 Circuit Controlled with 1 Off or 1 On—SPDT
    8110V DC4.516 amp @ 240V AC25010,000,0001.1"0.5"0.6"0.1"4026N1200000
     
    2 Circuits Controlled with 2 Off or 2 On—DPDT
    8110V DC4.58 amp @ 240V AC25010,000,0001.1"0.5"0.6"0.1"4026N130000
     

    Solid State Versa-Mount Multifunction Timer Relays

    Image of Product. Front orientation. Contains Annotated. Timer Relays. Solid State Versa-Mount Multifunction Timer Relays, 2 Circuits Controlled.

    2 Circuits Controlled

    Install these relays in a panel cutout or plug them into a relay socket. Unlike mechanical relays, these solid state relays have no moving parts, so they require less maintenance and last longer, are quieter, and switch faster. They give you a variety of timing functions in one relay.
    Sockets—Relay sockets (sold separately) mount to 35 mm DIN rail (also known as DIN 3 rail) for fast installation. They also mount to flat surfaces.
    Timer Relays
    Sockets
    Timing
    Range
    No. of
    Terminals
    Input Voltage
    Control Current,
    mA
    Timer Relay Function
    No.
    of
    Overall
    Switching Current
    @ Voltage
    Ht.
    Wd.
    Dp.
    Features
    Each
    Each
    2 Circuits Controlled with 2 Off or 2 On—DPDT
    8120V AC, 240V AC, 110V DC, 120V DC13Delayed Start (Delay on Make)
    Interval
    Switch on (Single Shot)
    Repeat Cycle
    40.05 sec. to 300 hr.5 amp @ 240V AC1.9"1.9"2.3"Indicator Light69695K5100000007122K1900000
     
    Timer Relay Brackets

    Solid State DIN-Rail Mount Multifunction Timer Relays

    Image of Product. Relays with 1 Circuit Controlled, DIP Switches, and Quick-Disconnect Terminals. Front orientation. Timer Relays. Solid State DIN-Rail Mount Multifunction Timer Relays, Timing-Adjustment DIP Switch, 1 Circuit Controlled, Quick-Disconnect-Terminal Wire Connection.
    Image of Product. Relays with 1 Circuit Controlled, DIP Switches, and Screw Terminals. Front orientation. Contains Annotated. Timer Relays. Solid State DIN-Rail Mount Multifunction Timer Relays, Timing-Adjustment DIP Switch, 1 Circuit Controlled, Screw-Terminal Wire Connection.
    Image of Product. Relays with 1 Circuit Controlled, Knob, and Quick-Disconnect Terminals. Front orientation. Contains Annotated. Timer Relays. Solid State DIN-Rail Mount Multifunction Timer Relays, Timing-Adjustment Knob, 1 Circuit Controlled, Quick-Disconnect-Terminal Wire Connection.
    Image of Product. Relays with 1 Circuit Controlled, Knob, and Screw Terminals. Front orientation. Timer Relays. Solid State DIN-Rail Mount Multifunction Timer Relays, Timing-Adjustment Knob, 1 Circuit Controlled, Screw-Terminal Wire Connection.

    Relays with 1

    Circuit

    Controlled, DIP

    Switches, and

    Quick-Disconnect

    Terminals

    Relays with 1

    Circuit

    Controlled, DIP

    Switches, and

    Screw Terminals

    Relays with 1

    Circuit

    Controlled,

    Knob, and

    Quick-Disconnect

    Terminals

    Relays with 1

    Circuit

    Controlled, Knob,

    and Screw Terminals

    For fast installation, mount these relays to 35 mm DIN rail (also known as DIN 3 rail). They also mount to flat surfaces. With no moving parts, these solid state relays last longer and require less maintenance, are quieter, and switch faster than mechanical relays. They provide a variety of timing functions in one relay.
    Timing-Adjustment DIP Switch—Use relays with DIP switches for more precise control than knobs. They make it easier to set multiple relays to the same timing range.
    Timing
    Range
    No. of
    Terminals
    Input Voltage, V DC
    Control Current,
    mA
    Timer Relay Function
    No.
    of
    Overall
    Switching Current
    @ Voltage
    Max. Switching
    Voltage, V AC
    Ht.
    Wd.
    Dp.
    Wire Connection
    Each
    Timing-Adjustment DIP Switch
     
    1 Circuit Controlled with 1 Off—SPST-NO
    49, 12, 24, 48, 60, 1108Delayed Start (Delay on Make)
    Interval
    Switch on (Single Shot)
    Delayed Switch Off (Delay on Break)
    Repeat Cycle
    40.1 sec. to 63 min.0.7 amp @ 240V AC2403"0.7"2.4"Quick-Disconnect Terminal7399K260000000
    69, 12, 24, 48, 60, 1108Delayed Start (Delay on Make)
    Interval
    Switch on (Single Shot)
    Delayed Switch Off (Delay on Break)
    Repeat Cycle
    40.1 sec. to 63 min.0.7 amp @ 240V AC2403"0.7"2.4"Screw Terminal7399K28000000
     
    Timing-Adjustment Knob
     
    1 Circuit Controlled with 1 Off—SPST-NO
    49, 12, 24, 48, 60, 1108Delayed Start (Delay on Make)
    Interval
    Switch on (Single Shot)
    Delayed Switch Off (Delay on Break)
    Repeat Cycle
    40.1 sec. to 100 min.0.7 amp @ 240V AC2403"0.7"2.4"Quick-Disconnect Terminal7399K22000000
    69, 12, 24, 48, 60, 1108Delayed Start (Delay on Make)
    Interval
    Switch on (Single Shot)
    Delayed Switch Off (Delay on Break)
    Repeat Cycle
    40.1 sec. to 100 min.0.7 amp @ 240V AC2403"0.7"2.4"Screw Terminal7399K24000000
     

    Solid State Versa-Mount Timer Relays

    Image of Product. Front orientation. Contains Annotated. Timer Relays. Solid State Versa-Mount Timer Relays.
    Image of Product. Front orientation. Relay Sockets. Solid State Versa-Mount Timer Relays.

    Sockets

    Mount these timer relays in a panel cutout or plug them into a relay socket for quick installation. Capable of fast switching, they are solid state and have no moving parts, so they require less maintenance, last longer, and are quieter than mechanical relays. Unlike standard relays that switch on and off immediately, timer relays delay before the circuit stops or starts.
    Repeat Cycle—Relays with a repeat cycle alternate between an on cycle and off cycle of equal durations until input voltage is removed. A common example would be a flashing light.
    Asymmetrical Repeat Cycle—Relays with an asymmetrical repeat cycle begin in an on state, then alternate between different durations of off and on for as long as input voltage is applied. For example, a heating system starts with an on period, then switches to an off period once the desired temperature is reached.
    Start-Off Asymmetrical Repeat Cycle—Relays with a start-off asymmetrical repeat cycle begin in an off state, then alternate between different durations of on and off for as long as input voltage is applied. For example, an irrigation system receives a signal and starts in the off state, allowing water to fill before switching on to start pumping.
    Sockets—Relay sockets (sold separately) mount to 35 mm DIN rail (also known as DIN 3 rail) or can be mounted to a flat surface.
    Timer Relays
    Sockets
    Timing
    Range
    No. of
    Terminals
    Input Voltage
    Control Current,
    mA
    No.
    of
    Overall
    Switching Current
    @ Voltage
    Ht.
    Wd.
    Dp.
    Each
    Each
    Repeat Cycle
     
    2 Circuits Controlled with 2 Off or 2 On—DPDT
    8120V AC, 240V AC, 110V DC, 120V DC10040.05 sec. to 300 hr.5 amp @ 240V AC1.9"1.9"3.3"69695K7200000007122K1900000
     
    Asymmetrical Repeat Cycle
     
    2 Circuits Controlled with 2 Off or 2 On—DPDT
    8120V AC, 240V AC, 110V DC, 120V DC4140.05 sec. to 300 hr.5 amp @ 240V AC1.9"1.9"3.3"69695K1130000007122K190000
    11120V AC, 240V AC, 110V DC, 120V DC4140.05 sec. to 300 hr.5 amp @ 240V AC1.9"1.9"3.3"8934N130000007122K210000
     
    Start-Off Asymmetrical Repeat Cycle
     
    2 Circuits Controlled with 2 Off or 2 On—DPDT
    8120V AC, 240V AC, 110V DC, 120V DC4140.05 sec. to 300 hr.5 amp @ 240V AC1.9"1.9"3.3"69695K1110000007122K190000
    11120V AC, 240V AC, 110V DC, 120V DC4140.05 sec. to 300 hr.5 amp @ 240V AC1.9"1.9"3.3"8934N1110000007122K210000
     
    Timer Relay Brackets
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