Description
DC12V24V36V Multifunction Timer Relay Digital Relay Switch High Low Level Trigger Self-lock Cycle Timing Delay Relay
Product Description
DRM02 multi-function 2-way relay control module, the use of high-quality components, carefully designed and processed, stable performance, simple operation, can be widely used in a variety of power control occasions. The module preset up to 20 kinds of functions, to meet a variety of application requirements, and can be customized according to user needs and add other specific features.
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Feature
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1
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An increase of the channel linkage function, more powerful;
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2
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With 2-channel input and output control, each channel can be set to 20 kinds of functions, to meet more application needs;
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3
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DC 8V-36V wide voltage input, with anti-reverse power supply function, not because of faulty power supply damage module;
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4
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With red power indicator, blue relay pull the light;
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5
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Can be set at least 0.1 seconds timer function, timing accuracy is better than 0.01 seconds;
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6
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Increase the automatic power saving function, the user can set their own;
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7
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All settings options can be automatically saved, set the contents of power loss is not lost;
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8
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Trigger signal input to support the user to select high or low pulse trigger;
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Model Function
Users can select the following 20 kinds of functions by pressing the key and the digital tube. You can set the function parameters arbitrarily. The parameters can be saved by power saving. The time parameter is set to 0.1 second adjustable and the precision is better than 0.01 second. Specific operating instructions, after the purchase to the vendor to obtain the user manual.
Function 1: Power-up delay pull-in
Function 2: Power-up delay
Function 3: Power on, and then pull and then disconnect
Function 4: power on, and then disconnect the time and then pull
Function 5: infinite loop mode 1: After power-on, first disconnect and then pull up, and then repeat the above action
Function 6: Infinite loop mode 2: After power-up, first pull and then disconnect, and then repeat the above action
Function 7: Limited cycle mode 1: After power-on, first disconnect and then repeat, and then repeat the NX times above action
Function 8: Limited cycle mode 2: After power on, first pull and then disconnect, and then repeat the NX times above action
Function 9: Self-locking relay mode: once to signal, relay state flip once
Function 10: level trigger relay mode: a signal relay pull, no signal disconnected
Function 11: Timing when triggered
Function 12: Disconnected after triggering
Function 13: Trigger after the trigger and then disconnect
Function 14: After the trigger time to disconnect and then pull
Function 15: Unlimited loop mode after triggering 1
Function 16: Unlimited loop mode after triggering 2
Function 17: Limited cycle timing after triggering mode 1
Function 18: Triggered after limited cycle timing mode 2
Function 19: Conditional loop mode 1: Signal loop, no signal stop cycle
Function 20: Conditional loop mode 2: Signal loop, no signal stop cycle
Function 1: Power-up delay pull-in
Function 2: Power-up delay
Function 3: Power on, and then pull and then disconnect
Function 4: power on, and then disconnect the time and then pull
Function 5: infinite loop mode 1: After power-on, first disconnect and then pull up, and then repeat the above action
Function 6: Infinite loop mode 2: After power-up, first pull and then disconnect, and then repeat the above action
Function 7: Limited cycle mode 1: After power-on, first disconnect and then repeat, and then repeat the NX times above action
Function 8: Limited cycle mode 2: After power on, first pull and then disconnect, and then repeat the NX times above action
Function 9: Self-locking relay mode: once to signal, relay state flip once
Function 10: level trigger relay mode: a signal relay pull, no signal disconnected
Function 11: Timing when triggered
Function 12: Disconnected after triggering
Function 13: Trigger after the trigger and then disconnect
Function 14: After the trigger time to disconnect and then pull
Function 15: Unlimited loop mode after triggering 1
Function 16: Unlimited loop mode after triggering 2
Function 17: Limited cycle timing after triggering mode 1
Function 18: Triggered after limited cycle timing mode 2
Function 19: Conditional loop mode 1: Signal loop, no signal stop cycle
Function 20: Conditional loop mode 2: Signal loop, no signal stop cycle
Electrical parameters
Operating voltage: Recommended DC 8V-36V (limit operating voltage DC 6V-48V)
Rated power: static power (when the relay is not receiving) less than 0.1W, close display less than 0.03W
Peak power (when the relay is fully engaged) is less than 0.9W
Operating temperature: Recommended -20 ℃ -60 ℃ (limit operating temperature range -30 ℃ -70 ℃)
Load capacity: relay normally 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
The use of restrictions:
Rated power: static power (when the relay is not receiving) less than 0.1W, close display less than 0.03W
Peak power (when the relay is fully engaged) is less than 0.9W
Operating temperature: Recommended -20 ℃ -60 ℃ (limit operating temperature range -30 ℃ -70 ℃)
Load capacity: relay normally 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
The use of restrictions:
1. Relay life is full load action 100,000 times, so more suitable for use, the lower on-off frequency of high current control occasions, not suitable for use in the fast repeated action of the occasion;
2. Consider the relay port load margin, pure resistive load to stay more than 1 times the margin, the general emotional or
capacitive load at least 3 times the margin.
2. Consider the relay port load margin, pure resistive load to stay more than 1 times the margin, the general emotional or
capacitive load at least 3 times the margin.
Module interface
Module voltage / signal input: a 5-wire interface, all interfaces have terminals, user-friendly
1, DC +: DC power positive
2, DC-: DC power supply negative
3, XM: optical isolation signal input side of the common
4, X1: input signal detection interface 1
5, X2: input signal detection interface 2
1, DC +: DC power positive
2, DC-: DC power supply negative
3, XM: optical isolation signal input side of the common
4, X1: input signal detection interface 1
5, X2: input signal detection interface 2
Note
The input signal detection interface, either high or effective, can also be active low, the user can choose through the XM
port, if the XM then the power supply negative, X1-X2 is high and effective, if the XM then the power supply positive , X1-X2 is active low!
High-level trigger mode: X1-X2 port 3V-32V is a valid high level voltage; 0-1V is invalid low level voltage; 1V-3V is
unpredictable voltage, should avoid this voltage range.
Low-level trigger mode: At this time XM port connected to VCC (power positive, such as VCC can be 5-36V any one voltage), X1-X2 port 0-1V for the effective low voltage; (VCC-1V) to (VCC + 1V) is an ineffective high voltage; 2V to (VCC-1V) is an unpredictable voltage, this voltage range should be avoided.
port, if the XM then the power supply negative, X1-X2 is high and effective, if the XM then the power supply positive , X1-X2 is active low!
High-level trigger mode: X1-X2 port 3V-32V is a valid high level voltage; 0-1V is invalid low level voltage; 1V-3V is
unpredictable voltage, should avoid this voltage range.
Low-level trigger mode: At this time XM port connected to VCC (power positive, such as VCC can be 5-36V any one voltage), X1-X2 port 0-1V for the effective low voltage; (VCC-1V) to (VCC + 1V) is an ineffective high voltage; 2V to (VCC-1V) is an unpredictable voltage, this voltage range should be avoided.
Relay load output
a 6-wire interface, all interfaces have terminals
1, NO1: the first relay normally open interface, the relay before the pull-in, after the pull and COM1 shorted
2, COM1: the first relay common interface
3, NC1: the first relay normally closed interface, the relay before the convergence with the COM1 short, pull after the suspension
4, NO2: the second relay normally open interface, the relay pull before the suspension, after the connection with COM2 short
5, COM2: second relay common interface
6, NC2: the second relay normally closed interface, the relay before the convergence with COM2 short, pull after the suspension
1, NO1: the first relay normally open interface, the relay before the pull-in, after the pull and COM1 shorted
2, COM1: the first relay common interface
3, NC1: the first relay normally closed interface, the relay before the convergence with the COM1 short, pull after the suspension
4, NO2: the second relay normally open interface, the relay pull before the suspension, after the connection with COM2 short
5, COM2: second relay common interface
6, NC2: the second relay normally closed interface, the relay before the convergence with COM2 short, pull after the suspension
Details Images