Relay Modules

It can be used to increase maximal load of controller transistor output line and for galvanic isolation between output line and load point; Number of relay outputs: 2 ; Power supply: 10 ... 14 V DC ; Relay maximal load: 2 A (max) 30 V DC / 50 V AC ; Output: 2 x NO/NC ;

It can be used to increase maximal load of controller transistor output line and for galvanic isolation between output line and load point; Number of relay outputs: 1 ; Power supply: 20 ... 32 V AC/DC ; Relay maximal load: 6 A (max), 30 V DC / 250 V AC ; Output: 1 x REL-C/NO/NC ; Main features: 5/20mm delayed fuse 6.3 A ;

It can be used to increase maximal load of controller transistor output line and for galvanic isolation between output line and load point; Number of relay outputs: 1 ; Power supply: 10 ... 16 V AC/DC ; Relay maximal load: 6 A (max), 30 V DC / 250 V AC ; Output: 1 x NO/NC ; Main features: 5/20mm delayed fuse - 6.3 A ;

It can be used to increase maximal load of controller transistor output line and for galvanic isolation between output line and load point; Number of relay outputs: 1 ; Power supply: 24 ... 45 V DC ; Relay maximal load: 5 A (max), 30 V DC / 50 V AC ; Output: NO ; Main features: DIN, TS-35 rail mounting, Protections : Overvoltage, Reverse polarity connection ;

It can be used to increase maximal load of controller transistor output line and for galvanic isolation between output line and load point; Number of relay outputs: 2 ; Power supply: 10 ... 14 V DC ; Relay maximal load: 2 A (max), 30 V DC / 50 V AC ; Output: 2 x NO/NC ;

Number of relay outputs: 1 ; Power supply: 12 V DC ; Relay maximal load: 10 A (max) @ 28 V DC / 30 V DC / 125 V AC / 250 V AC ; Output: 1 x NO/NC ; Wireless: 433 MHz, Range : 15 m (in open area) ;

It can be used to increase maximal load of controller transistor output line and for galvanic isolation between output line and load point; Number of relay outputs: 1 ; Power supply: 5 ... 9 V DC ; Relay maximal load: 5 A (max), 30 V DC / 50 V AC ; Output: NO ; Main features: DIN, TS-35 rail mounting, Protections : Overvoltage, Reverse polarity connection ;

It can be used to increase maximal load of controller transistor output line and for galvanic isolation between output line and load point; Number of relay outputs: 2 ; Power supply: 10 ... 16 V AC/DC ; Relay maximal load: 1 A (max), 30 V DC / 50 V AC ; Output: 2 x NO/NC ;

It can be used to increase maximal load of controller transistor output line and for galvanic isolation between output line and load point; Number of relay outputs: 1 ; Power supply: 10 ... 16 V DC ; Relay maximal load: 10 A (max), 30 V DC / 50 V AC ; Output: NO ; Main features: DIN, TS-35 rail mounting, Protections : Overvoltage, Reverse polarity connection ;

Compatibility: ESP01, ESP01 and others ; Connectors type: 1 x USB-A plug, 1 x 8x goldpin socket, 8 x goldpin plug ; USB <> TTL Converter: CH340 ; TTL voltage: 3.3 V ; Power output: 3.3 V ; Main features: RESET button ; Power supply: 5 V - from USB port ; Dimensions: 50 x 14 x 12 mm ;

It can be used to increase maximal load of controller transistor output line and for galvanic isolation between output line and load point; Number of relay outputs: 1 ; Power supply: 24 ... 45 V DC ; Relay maximal load: 5 A (max), 30 V DC / 50 V AC ; Output: NO ; Main features: Mounting with self-adhesive bases, Protections : Overvoltage, Reverse polarity connection ;

It can be used to increase maximal load of controller transistor output line and for galvanic isolation between output line and load point; Number of relay outputs: 1 ; Power supply: 5 ... 9 V DC ; Relay maximal load: 5 A (max), 30 V DC / 50 V AC ; Output: NO ; Main features: Mounting with self-adhesive bases, Protections : Overvoltage, Reverse polarity connection ;

Compatibility: ESP01, ESP01S and others ; Connectors type: 1 x USB-A plug, 1 x 8x goldpin socket, 8 x goldpin plug ; USB <> TTL Converter: CH340 ; Output signal level: 3.3 V ; Power output: 3.3 V ; Main features: RESET button ; Power supply: 5 V - from USB port ; Dimensions: 50 x 14 x 12 mm ;

It can be used to increase maximal load of controller transistor output line and for galvanic isolation between output line and load point; Number of relay outputs: 1 ; Power supply: 10 ... 16 V DC ; Relay maximal load: 10 A (max), 30 V DC / 50 V AC ; Output: NO ; Main features: Mounting with self-adhesive bases, Protections : Overvoltage, Reverse polarity connection ;

It can be used to increase maximal load of controller transistor output line and for galvanic isolation between output line and load point; Number of relay outputs: 2 ; Power supply: 12 V DC ; Relay maximal load: 2 A @ 30 V AC / DC ; Output: 2 x NO/NC ; Main features: 2 x 5/20mm delayed fuse - 2 A ;

It can be used to increase maximal load of controller transistor output line and for galvanic isolation between output line and load point; Number of relay outputs: 2 ; Power supply: 12 V DC ; Relay maximal load: 1 A @ 30 V AC / DC ; Output: 2 x NO/NC ;

It can be used to increase maximal load of controller transistor output line and for galvanic isolation between output line and load point; Number of relay outputs: 1 ; Power supply: 5 ... 9 V DC ; Relay maximal load: 5 A (max), 30 V DC / 50 V AC ; Output: NO ; Main features: Screw mounting with spacers, Protections : Overvoltage, Reverse polarity connection ;

It can be used to increase maximal load of controller transistor output line and for galvanic isolation between output line and load point; Number of relay outputs: 1 ; Power supply: 10 ... 16 V DC ; Relay maximal load: 10 A (max), 30 V DC / 50 V AC ; Output: NO ; Main features: Screw mounting with spacers, Protections : Overvoltage, Reverse polarity connection ;

It can be used to increase maximal load of controller transistor output line and for galvanic isolation between output line and load point; Number of relay outputs: 1 ; Power supply: 12 V AC/DC ; Relay maximal load: 1 A @ 30 V AC/DC ; Output: 1 x NO/NC ; Main features: 5/20mm delayed fuse - 2 A ;

It can be used to increase maximal load of controller transistor output line and for galvanic isolation between output line and load point; Number of relay outputs: 1 ; Power supply: 10 ... 16 V DC, 10 ... 13 V AC ; Relay maximal load: 1 A (max) 30 V DC / 50 V AC ; Output: 1 x NO/NC ;

It can be used to increase maximal load of controller transistor output line and for galvanic isolation between output line and load point; Number of relay outputs: 1 ; Power supply: 12 V DC ; Relay maximal load: 6 A (max), 30 V DC / 250 V AC (max) ; Output: 1 x NO/NC ;

It can be used to increase maximal load of controller transistor output line and for galvanic isolation between output line and load point; Number of relay outputs: 1 ; Power supply: 5 V DC ; Relay maximal load: 6 A (max), 30 V DC / 250 V AC (max) ; Output: 1 x NO/NC ;

It can be used to increase maximal load of controller transistor output line and for galvanic isolation between output line and load point; Number of relay outputs: 2 ; Power supply: 12 V DC ; Current consumption: 111 mA, 5 mA - IN input ; Relay maximal load: 10 A (max) @ 28 V DC / 30 V DC / 125 V AC / 250 V AC ; Output: 2 x NO/NC ; Main features: relay inputs triggering by low or high voltage - Set with jumpers, LED indication ;

It can be used to increase maximal load of controller transistor output line and for galvanic isolation between output line and load point; Number of relay outputs: 1 ; Power supply: 10 ... 14 V DC ; Relay maximal load: 1 A (max), 30 V DC / 50 V AC ; Output: 1 x NO / NC ;

It can be used to increase maximal load of controller transistor output line and for galvanic isolation between output line and load point; Number of relay outputs: 1 ; Power supply: 12 V DC ; Current consumption: 65 mA, 5 mA - IN input ; Relay maximal load: 10 A (max) @ 28 V DC / 30 V DC / 125 V AC / 250 V AC ; Output: 1 x NO/NC ; Main features: relay inputs triggering by low or high voltage - Set with jumpers, LED indication ;