8ch DC 12V Multifunction Delay Module Cycle Timer Switch for Power sequencer Motor LED PLC Lathe (4)

Product Name: 8ch DC 12V Multifunction Delay Module Cycle Timer Switch for Power sequencer Motor LED PLC LatheProduct Features:1. Longest delay time : 00h:00m:01s - 99h:59m:59s2. 8 channel relay,each channel independently triggered independent delay, do not interfere with each other.3. 6 kinds of functional modules, each functional module has three sub-modes (no cycle, 2-99 cycle, always cycle).4. Input optical isolation.5. Power anti-reverse diode.6. High Q value SMD electrolytic capacitors.7. Parameter power-down saveProduct Specifications:1. Operating Current : Standby current (power-saving status) 7MA, Standby current 48MA ,2. 1 relay open 75MA, 2 relays open 102MA, 3 relays open 129MA, 4 relays open 160MA, 4 relays open 160MA,5 relays open 182MA, 6 relays open 207MA, 7 relays open 253MA, 8 relays open 258MA3. Size: 120x62x20 4. Weight : 128g5. Relay maximum load capacity: DC 1-110V/5A; AC 85-265V/6AUser Instructions:Short press: press key time is less than 2 seconds;Long press: press key time more than 2 seconds;Status: working status , set status, power-saving status.working status : start work after powering. Displays the remaining time of 1 channel, the parameters can be displayed the "channel select" to set;Set status: short press the "SET" key to enter "channel select" Status. Short press "OK" button to exit the setting;power-saving status: in this Status,digital tubes donot display,and other features work correctly. Long press "OK" button after 5 seconds to enter power-saving status, press again "OK" button for 5 seconds or re-power to exit power-saving status.Factory settings: press and hold "++" and "--" two button for 3 seconds, to restore factory settings, and the digital tube will turn open . After re-power , will run default parameters.

• 8ch DC 12V Multifunction Delay Module Cycle Timer Switch
• 8 channel relay,each channel independently triggered independent delay, do not interfere with each other.
• Input optical isolation.
• Power anti-reverse diode.
• High Q value SMD electrolytic capacitors.