FRM01 multi-function relay module cycle delay timer switch self-locking

DRM01 module, with a working voltage of 12V DC

                  DRM01Introduction

     DRM01multi-functionalRelay control module，pickuseIndustrial grade components, carefully designed and processedStable performance,Simple operation,It can be widely used in various power control scenarios.For many years, we have attached great importance to customer feedback and continuously improved the software and hardware performance and quality of our products, in order to better meet user needs.

2015 New Improved DRM Series 1, 2, 3, and 4 Multi functional Relay Blocks with up to preset settingstwentyThere are various functions, among which DRM01 has a working voltage of 12V, DRM02/03/04 adopts a 6-48V wide voltage power supply design, and DRM02/03/04 adds the linkage function of each channel, which is interrelated. Users can freely combine many new applications, such as sequential linkage, cyclic linkage, flow lights, etc.

We attach great importance to product quality and have made multiple improvements to software and hardware design, ensuring the reliability and ease of operation of our products; Valuing user experience, being very cautious in parameter expression, and making efforts to reduce the occurrence of module damage due to users' careless misoperation; For example, all of our modules adopt a power anti reverse connection design; All modules have overvoltage protection capability, even the DRM01 powered by 5V can ensure that the module will not be damaged for a short period of time under 40V voltage.

Features:

1.2015 new upgraded version, with up to 20 preset functions, can meet more application needs;

twoOptimize software and hardware design, enhance module interference capability, and make the system more stable and reliable;

threeEquipped with anti reverse power supply function, it will not damage the module due to incorrect power supply connection;

4. The timing duration can be adjusted arbitrarily between 0.1 seconds and 270 hours;

5. All setting parameters can be saved, and the settings will not be lost in case of power failure.  

One modulefunction

Users can independently choose the desired functions and parameters through simple operations. All parameters can be saved in case of power failure, and the time parameter can be adjusted by 0.1 seconds with an accuracy better than 0.01 seconds.

For example, if the user selects function 16, the system will save the user's settings and automatically run function 16 every time the device is turned on, until the user changes the settings again.

Function 1:Power on delay closing:Delay from power onT1After a certain period of time, the relay will close,T1inzero point oneSeconds -270 hoursAdjustable between intervals, providing a high-level pulse signal to the X1 interface at any time, this function resets and restarts operation;

Function 2:Power on delay disconnection:When powered on, the relay engages, engagesT1After a certain amount of time, the relay disconnects,T1in0.1Seconds -270 hoursAdjustable between intervals, providing a high-level pulse signal to the X1 interface at any time, this function resets and restarts operation; 

Function 3:Timed suction and disconnection:When powered on, the relay is disconnected, and after the disconnection time T1, the relay is closed; After the suction time T2 is reached, the relay will disconnect,T1With T20.1 seconds to 270 hoursAdjustable between intervals, providing a high-level pulse signal to the X1 interface at any time, this function resets and restarts operation;

Function 4:Timed disconnection and reconnection:When powered on, the relay is engaged, and when the engagement time T1 is reached, the relay is disconnected; After the disconnection time T2 is reached, the relay is closed,T1With T20.1Seconds -270 hoursAdjustable between intervals, providing a high-level pulse signal to the X1 interface at any time, this function resets and restarts operation;

Function 5:Infinite Loop Mode 1:When powered on, the relay is disconnected, and after the disconnection time T1, the relay is closed; After the suction time T2 is reached, the relay will disconnect and then repeat the above state;T1With T20.1Seconds -270 hoursAdjustable between intervals, providing a high-level pulse signal to the X1 interface at any time, this function resets and restarts operation;

Function 6:Infinite Loop Mode 2:When powered on, the relay immediately engages, and when the engagement time T1 is reached, the relay disconnects; After the disconnection time T2 is reached, the relay will close and then repeat the above state, T1With T20.1Seconds -270 hoursAdjustable between intervals, providing a high-level pulse signal to the X1 interface at any time, this function resets and restarts operation;

Function 7:Finite cycle mode 1:When powered on, the relay is disconnected, and after the disconnection time T1, the relay is closed; After the suction time T2 is reached, the relay disconnects and then repeatsNXThe above actions,T1With T20.1Secs-9999 secondsAdjustable between intervals, the number of cycles NX can be adjusted between 1-9999 times. At any time, a high-level pulse signal is given to the X1 interface, and this function is reset and restarted;

Function 8:Finite cycle mode 2:When powered on, the relay is engaged, and when the engagement time T1 is reached, the relay is disconnected; After the disconnection time T2 is reached, the relay is closed and then repeatedNXThe above actions,T1With T20.1Secs-9999 secondsAdjustable between intervals, the number of cycles NX can be adjusted between 1-9999 times. At any time, a high-level pulse signal is given to the X1 interface, and this function is reset and restarted;

Function 9:Self locking relay mode:Give a high-level pulse signal to the X1 interface of relay, and the relay will close. Then give another high-level pulse signal to disconnect the relay.

Function 10:Level triggered relay mode (including delayed disconnection function):When powered on, the relay disconnects and sends a high-level signal to the X1 interface. The relay immediately closes, and even after the X1 port signal disappears, the relay still closes. When the closing time T1 is reached, the relay disconnectsT1in0Seconds -270 hoursAdjustable between them.

Attention: In this function, if T1 is set to 0 seconds, it will become: if there is a high-level signal at port X1, the relay will be closed, and if there is no signal, it will be immediately disconnected.

Function 11:Timed suction after triggering:When powered on, the relay disconnects, providing a high-level pulse signal to the X1 interface with a delayT1The time relay is engaged,T1inzero point oneSeconds -270 hoursAdjustable between them, repeat a high-level pulse signal to X1 interface, repeat the above functions;     

Function 12:Timed disconnection after triggering:When powered on, the relay disconnects and sends a high-level pulse signal to the X1 interface. The relay then engages and engagesT1The time relay is disconnected,T1in0.1Seconds -270 hoursAdjustable between them, repeat a high-level pulse signal to X1 interface, repeat the above functions;

Function 13:After triggering, timed suction and disconnection:When powered on, the relay disconnects and sends a high-level pulse signal to the X1 interface. After the disconnection time T1 is reached, the relay closes; After the suction time T2 is reached, the relay will disconnect,T1With T20.1 seconds to 270 hoursAdjustable between them, repeat a high-level pulse signal to X1 interface, repeat the above functions;

Function 14:After triggering, disconnect and then reconnect at regular intervals:When powered on, the relay is disconnected, providing a high-level pulse signal to the X1 interface. The relay is engaged, and when the engagement time T1 is reached, the relay is disconnected; After the disconnection time T2 is reached, the relay is closed,T1With T20.1Seconds -270 hoursAdjustable between them, repeat a high-level pulse signal to X1 interface, repeat the above functions;

Function 15:Trigger infinite loop mode 1:When powered on, the relay disconnects and sends a high-level pulse signal to the X1 interface. After a delay time of T1, the relay closes; After the suction time T2 is reached, the relay will disconnect and then repeat the above actions, T1With T20.1Seconds -270 hoursAdjustable between them, repeating a high-level pulse signal to the X1 interface can restart the above functions;

Function 16:Trigger infinite loop mode 2:When powered on, the relay is disconnected, providing a high-level pulse signal to the X1 interface. The relay is engaged, and when the engagement time T1 is reached, the relay is disconnected; After the disconnection time T2 is reached, the relay will close and then repeat the above actions,delayT1With T20.1Seconds -270 hoursAdjustable between them, repeating a high-level pulse signal to the X1 interface can restart the above functions;

Function 17:Trigger limited loop timing mode 1:When powered on, the relay disconnects and sends a high-level pulse signal to the X1 interface. After the disconnection time T1 is reached, the relay closes; After the suction time T2 is reached, the relay will disconnect, and then repeat the action NX times or more,T1With T20.1Secs-9999 secondsAdjustable between intervals, the number of cycles NX can be adjusted between 1-9999 times. Repeating a high-level pulse signal to the X1 interface can restart the above functions;

Function 18:Trigger limited loop timing mode 2:When powered on, the relay is disconnected, giving a high-level pulse signal to the X1 interface. The relay immediately closes, and when the closing time T1 is reached, the relay is disconnected; After the disconnection time T2 is reached, the relay is closed, and then the action is repeated NX times or more. At this pointT1With T20.1Secs-9999 secondsAdjustable between intervals, the number of cycles NX can be adjusted between 1-9999 times. Repeating a high-level pulse signal to the X1 interface can restart the above functions;

Function 19:Conditional cycle mode 1:When powered on, the relay disconnects and sends a high-level signal to the X1 interface. After a delay time of T1, the relay closes; After the suction time T2 is reached, the relay will disconnect. As long as the high level of X1 port does not disappear, the module will repeat the above actions, T1With T20.1Seconds -270 hoursAdjustable between them, if the high-level signal of X1 interface disappears, the relay will disconnect and the function will be reset;

Function 20:Conditional cycle mode 2:When powered on, the relay is disconnected, giving a high-level signal to the X1 interface. The relay is closed, and when the closing time T1 is reached, the relay is disconnected; After the disconnection time T2 is reached, the relay will close. As long as the high level of X1 port does not disappear, the module will repeat the above actions,delayT1With T20.1Seconds -270 hoursAdjustable between them, if the high-level signal of X1 interface disappears, the relay will disconnect and the function will be reset; 

two Electrical parameters

Working voltage: DC 5V, 12V, 24V three options available

Working current: 05V module less than 90mA (less than 1 when the relay is not activated)fivemA， Turn off display of less thanthreemA）

12V module less than 50mA (less than 1 when the relay is not activated)fivemA， Turn off display of less thanthreemA）

24V module less than 35mA (less than 1 when the relay is not activated)fivemA， Turn off display of less thanthreemA）

Working temperature: Recommended -30℃—seventy℃(Limited scope)-40℃—eighty℃）

Load capacity: RelayNormally open port load capacity: DC 0-30V/10A, AC 0-250V/10A

Relay normally closed port load capacity: DC 0-28V/10A, AC 0-125V/10A 

threeModule Interface

moduleVoltage/signal inputEnd:havethreeWire interface, all interfaces have wiring terminals for convenient user use

1DC+: Positive DC power supply

2DC-: Negative DC power supply

threeX1: Input signal detection interface

relayloadoutput：havethreeWire interface, all interfaces have wiring terminals

1 NO ：Relay normally open interface, suspended before closing, short circuited to COM after closing

2 COM：Relay common interface

3 NC ：Relay normally closed interface, short circuited to COM before relay closing, suspended after closing 

Four module dimensions

Dimensions: 6sixmm*four1mm * 20mm (length * width * height)