VARNOK PLC Signal Amplifier Board NPN/PNP 4/6/8/10/12/16 Channel Module RT-P Provincial Wiring Terminal Module PLC Interface Type 24VDC 12V 5V(in-line 10-Channel)

SpecificationRelay: PA-NContact form: 1A (double contact)Contact Material: Silver Nickel Alloy Plated 24K GoldContactor Resistance: 30m initial maximumRated load: 5A250VAC/30VDCLife: more than 20 million mechanical times, more than 100,000 electrical timesRated voltage: 5, 12, 24VDC (optional)Maximum working voltage: 120% of rated voltageOperating voltage: 70% of rated voltageReset voltage: 5% of rated voltageRated power consumption: 110mW (coil only/per loop)Action time: 10msReset time: 5msInstallation method: 35mm Din rail installationTerminal specifications: spring-type terminals, spacing 5.0mm, rated capacity 15A 250V, suitable for wire diameter 20-16AWG, stripping length 8~9mm (multi-strand soft copper wire needs to be bundled terminal)Screw terminal 2.5, pitch 5.0mm, rated capacity 10A 250V, applicable wire diameter 22-12AWG, torque 0.4Nm, stripping length 6~7mmAmbient temperature: -40~+70, no condensation and no freezingAmbient humidity: 5%~85%RH==========Power Source : DCTheory : Electromagnetic RelayModel Number : RT-P-M-LVoltage : 24VOrigin : ChinaUse : General PurposeProtect Feature : Sealed

• 【Material】：Adopting high quality transistor, superior performance, stable and reliable quality, the output signal optocoupler isolation, strong anti-interference ability.
• 【Widely used】: The output can control high-power devices, light bulbs, LED strips, DC motors, miniature pumps, solenoid valves and so on.
• 【Principle】: Through optoelectronic isolation and amplification of weak control (only a few milliamps of current), the final output of higher power control, direct drive motors, contactors, solenoid valves and so on.
• 【Advantages】: Its response time can be as low as milliseconds and there is no limit to the number of switches. It can directly replace traditional relays, reducing maintenance time and cost.
• 【Features】: Optical isolation is used between the input and output stages, and the two stages are completely independent, which effectively avoids the instability caused by mutual interference of the system, and effectively