The SLC 100 series is a set of easy to progam PLCs using the ladder diagram format. The PLC's capacities include relay logic, switch registers, sequencers, counters and timers. The SLC 100 series can be combined with SLC 100 series or SLC 150 series expansions to increase the I/O value up to 112.
Browse available units in our catalog of SLC 100.
This microprocessor-based unit operates effectively within a clean indoor industrial environment, maintaining performance in temperatures from 0 to 40 degrees Celsius. Humidity levels can reach up to
Featuring an input power range of 10–30 V AC, the 1745-E104 operates efficiently within a frequency range of 50–60 Hz. With terminal identification supported by color-coded terminals, and offers mount
This unit features 10 input terminals that can withstand a maximum OFF state voltage of 50 Volts, plus 6 output terminals capable of handling electrical loads. The leakage current for the OFF state is
This unit functions with input voltage ratings from 10 to 30 VAC and 10 to 30 VDC. It is equipped with 6 relay contact digital outputs, handling output voltage from 10 to 250 VAC and 10 to 125 VDC. De
This interconnect ribbon cable supports a temperature range between 0 °C and 60 °C during operation and can withstand storage temperatures from -40 °C up to 85 °C. It operates effectively at altitudes
Designed to integrate with Allen Bradley's SLC 100 series PLCs, the 1745-R3 acts as a replacement relay module and PC board. It functions effectively at operating temperatures from 0 °C to 60 °C, with
The Allen-Bradley SLC 100 series is a series of Allen-Bradley programmable logic controllers that are designed to provide ease of use. The SLC 100 series comprises 12 individual entries that use the common ladder diagram format. The SLC 100 series provides various functional capabilities including relay logic, timers, sequencers, counters, and shift registers. The controllers are usable in different applications including machine tools, material handling, molding, casting, and assembly applications. The SLC 100 series controllers feature a CPU and a CMOS RAM that is battery-backed. The controllers also come with a power supply with 161/0 circuits. The controllers’ processor units are availed in 4 versions that help them to meet the requirements of different applications.
When installing the Allen-Bradley SLC 100 controllers, make sure to read the installation manual first. The enclosure should provide adequate protection and meet various environmental conditions to ensure optimal performance. There needs to be a universal power supply serving the processor unit, the expansion units, and the I/O device circuits. The processor and the expansion units require proper grounding to provide all the required functions. The SLC 100 controllers support mounting directly to the back panel of the enclosure. Alternatively, the SLC 100 modules could be mounted in the user’s enclosure on the 35 millimeters by 7.5 millimeters DIN mounting rail. Check to ensure proper wiring. Note that incorrect wire connections can result in damaged processor unit power supplies. The SLC 100 controller’s input circuitry is rated as current-sinking circuitry, and it is compatible with the current sourcing input devices.