The NNC69A JQX-14FC miniature high power relay is a high-performance electromagnetic relay launched by CLION. It is designed for high-power load control scenarios. It has a 3.5mm/5mm pin pitch design and up to 16A switching capacity. It can connect and control high-power equipment stably in a compact size. It is the preferred component for industrial automation, automotive electronics and other fields.
Similar to other electromagnetic relays, the NNC69A relay uses the magnetic field generated by the coil to drive the armature movement and realize the on-off of the contacts. The difference lies in its optimized pin structure and contact material. The 3.5mm/5mm pin pitch ensures a firm connection with the PCB board. The AgSnO2 contact material improves the current-carrying capacity and wear resistance. It can meet the high-power load control requirements.
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NNC69A(JQX-14FC) Miniature PCB Relay |
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Model and Description | ||||||||
NNC69A |
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★Contact form: A=NO, B=NC, C=NO&NC | ||||||||
Specification | ||||||||
Dimension | 29mm×13mm×25.5mm | |||||||
Contact Feature | Form | 1Z(SPDT),1H(SPST-NO),1D(SPST-NC) | 2Z(DPDT),2H(DPST-NO),2D(DPST-NC) | |||||
Rated load | 10A | 16A | 5A | |||||
Max switching voltage | 240VAC/28VDC | |||||||
Contact resistance | ≤100mΩ | |||||||
Material | Ag Alloy(AgSnO2) | |||||||
Electrical life | ≥1×105 | |||||||
Mechanical life | ≥1×107 | |||||||
Operate voltage (23℃) | DC:≤75%×Rated voltage, AC:≤80%×Rated voltage | |||||||
Release voltage (23℃) | DC:≥10%×Rated voltage, AC:≥30%×Rated voltage | |||||||
Maximum voltage (23℃) | 110%*Rated voltage | |||||||
Coil voltage | DC3-110V, AC6-240V (Customize allowed) | |||||||
Coil power | DC: 0.53W, AC: 1.2VA | |||||||
Pick-up time | ≤20ms | |||||||
Release time | ≤10ms | |||||||
Dielectric strength | Between open contacts of same pole 1 | 1200VAC/1min(leakage current 1mA) | ||||||
Between contacts of different pole | 1200VAC/1min(leakage current 1mA) | |||||||
Between contacts and coil | 5000VAC/1min(leakage current 1mA) | |||||||
Insulation resistance | ≥100mΩ(500VDC) | |||||||
Ambient temperature | -55℃ ～70℃ | |||||||
Ambient humidity | 35%-80%RH | |||||||
Atmospheric pressure | 86-106KPa | |||||||
Shock resistance | 10G (sinusoidal half-wave pulse: 11ms) | |||||||
Vibration resistance | 10-55Hz (double amplitude: 1.5mm) | |||||||
Installation | PCB or Socket with DIN Rail | |||||||
Weight | Approx. 16g/PCS | |||||||
Packing | Carton with foam box inside | 500PCS/Carton, G.W.: 9KG, N.W.: 8KG, Dimension(mm): 342×263×325 | ||||||
Carton with foam tube inside | 500PCS/Carton, G.W.: 9KG, N.W.: 8KG, Dimension(mm): 338×135×185 | |||||||
Wiring Diagram & Bottom View | ||||||||
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Performance Graph | ||||||||
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The 16A high switching capacity of the relay can control the high-power components in automated production lines such as heating equipment, high-power motors and solenoid valves. It is suitable for the control system of large-scale industrial machinery.
In the automotive field, the relay can be used for the control circuit of automotive air conditioners, headlights and power windows. Its compact size and wide temperature range can adapt to the complex working environment inside the car.
It is applicable to the control of high-power household appliances such as electric water heaters, induction cookers and air conditioners in smart home systems. The PCB terminal design can be easily integrated with the smart control module to realize remote control of household appliances.
With a maximum switching capacity of 16A, the relay can meet the control needs of most high-power equipment. It avoids the problem of relay burnout caused by excessive load. It is more suitable for high-power application scenarios than ordinary miniature relays.
The 3.5mm/5mm pin pitch design ensures a tight fit between the relay pins and the PCB board. It reduces the contact resistance and avoids poor contact caused by vibration. It ensures the stable operation of the equipment.
The relay can operate stably in the temperature range of -55℃ to 70℃. It is suitable for extreme environments such as cold regions and high-temperature industrial workshops. It has strong environmental adaptability.
PCB Mounting: Determine the pin pitch (3.5mm or 5mm) according to the PCB design. Insert the relay pins into the corresponding holes and solder them firmly. Ensure that there is no solder short circuit between the pins.
DIN-rail Socket Installation: Select the socket matching the relay model. Insert the relay into the socket and then fix the socket on the DIN rail. This method is suitable for scenarios requiring frequent replacement.
Select the appropriate pin pitch according to the PCB design to avoid installation failure caused by mismatched pin pitch.
The coil voltage must be consistent with the control circuit voltage. Overvoltage will cause coil burnout.
Regularly check the contact wear. Replace the relay in time if there is blackening or melting to avoid circuit failure.
The difference lies in the distance between adjacent pins. 3.5mm pin pitch is suitable for compact PCB design. 5mm pin pitch is more stable and suitable for equipment with high vibration resistance requirements. You can select the appropriate pin pitch according to the actual application scenario.
Yes. The relay supports both AC and DC load control with a maximum switching voltage of 240VAC/28VDC. It can meet the control needs of most DC equipment.
The insulation strength between the contacts and the coil is 5000VAC for 1 minute. It has excellent insulation performance and can avoid safety hazards such as electric leakage.
Are you looking for a miniature relay with high-power load capacity for high-power equipment control? The NNC69A JQX-14FC relay has the advantages of stable connection, wide temperature adaptability and strong load capacity. It can meet the diverse needs of your projects. Click "Inquire" to consult the pin pitch customization service, or "Add to Basket" to place an order immediately. Let it provide reliable control support for your high-power equipment!
The NNC69A JQX-14FC miniature high power relay is a high-performance electromagnetic relay launched by CLION. It is designed for high-power load control scenarios. It has a 3.5mm/5mm pin pitch design and up to 16A switching capacity. It can connect and control high-power equipment stably in a compact size. It is the preferred component for industrial automation, automotive electronics and other fields.
Similar to other electromagnetic relays, the NNC69A relay uses the magnetic field generated by the coil to drive the armature movement and realize the on-off of the contacts. The difference lies in its optimized pin structure and contact material. The 3.5mm/5mm pin pitch ensures a firm connection with the PCB board. The AgSnO2 contact material improves the current-carrying capacity and wear resistance. It can meet the high-power load control requirements.
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NNC69A(JQX-14FC) Miniature PCB Relay |
| |||||||
Model and Description | ||||||||
NNC69A |
|
| ||||||
★Contact form: A=NO, B=NC, C=NO&NC | ||||||||
Specification | ||||||||
Dimension | 29mm×13mm×25.5mm | |||||||
Contact Feature | Form | 1Z(SPDT),1H(SPST-NO),1D(SPST-NC) | 2Z(DPDT),2H(DPST-NO),2D(DPST-NC) | |||||
Rated load | 10A | 16A | 5A | |||||
Max switching voltage | 240VAC/28VDC | |||||||
Contact resistance | ≤100mΩ | |||||||
Material | Ag Alloy(AgSnO2) | |||||||
Electrical life | ≥1×105 | |||||||
Mechanical life | ≥1×107 | |||||||
Operate voltage (23℃) | DC:≤75%×Rated voltage, AC:≤80%×Rated voltage | |||||||
Release voltage (23℃) | DC:≥10%×Rated voltage, AC:≥30%×Rated voltage | |||||||
Maximum voltage (23℃) | 110%*Rated voltage | |||||||
Coil voltage | DC3-110V, AC6-240V (Customize allowed) | |||||||
Coil power | DC: 0.53W, AC: 1.2VA | |||||||
Pick-up time | ≤20ms | |||||||
Release time | ≤10ms | |||||||
Dielectric strength | Between open contacts of same pole 1 | 1200VAC/1min(leakage current 1mA) | ||||||
Between contacts of different pole | 1200VAC/1min(leakage current 1mA) | |||||||
Between contacts and coil | 5000VAC/1min(leakage current 1mA) | |||||||
Insulation resistance | ≥100mΩ(500VDC) | |||||||
Ambient temperature | -55℃ ～70℃ | |||||||
Ambient humidity | 35%-80%RH | |||||||
Atmospheric pressure | 86-106KPa | |||||||
Shock resistance | 10G (sinusoidal half-wave pulse: 11ms) | |||||||
Vibration resistance | 10-55Hz (double amplitude: 1.5mm) | |||||||
Installation | PCB or Socket with DIN Rail | |||||||
Weight | Approx. 16g/PCS | |||||||
Packing | Carton with foam box inside | 500PCS/Carton, G.W.: 9KG, N.W.: 8KG, Dimension(mm): 342×263×325 | ||||||
Carton with foam tube inside | 500PCS/Carton, G.W.: 9KG, N.W.: 8KG, Dimension(mm): 338×135×185 | |||||||
Wiring Diagram & Bottom View | ||||||||
| ||||||||
Performance Graph | ||||||||
| ||||||||
The 16A high switching capacity of the relay can control the high-power components in automated production lines such as heating equipment, high-power motors and solenoid valves. It is suitable for the control system of large-scale industrial machinery.
In the automotive field, the relay can be used for the control circuit of automotive air conditioners, headlights and power windows. Its compact size and wide temperature range can adapt to the complex working environment inside the car.
It is applicable to the control of high-power household appliances such as electric water heaters, induction cookers and air conditioners in smart home systems. The PCB terminal design can be easily integrated with the smart control module to realize remote control of household appliances.
With a maximum switching capacity of 16A, the relay can meet the control needs of most high-power equipment. It avoids the problem of relay burnout caused by excessive load. It is more suitable for high-power application scenarios than ordinary miniature relays.
The 3.5mm/5mm pin pitch design ensures a tight fit between the relay pins and the PCB board. It reduces the contact resistance and avoids poor contact caused by vibration. It ensures the stable operation of the equipment.
The relay can operate stably in the temperature range of -55℃ to 70℃. It is suitable for extreme environments such as cold regions and high-temperature industrial workshops. It has strong environmental adaptability.
PCB Mounting: Determine the pin pitch (3.5mm or 5mm) according to the PCB design. Insert the relay pins into the corresponding holes and solder them firmly. Ensure that there is no solder short circuit between the pins.
DIN-rail Socket Installation: Select the socket matching the relay model. Insert the relay into the socket and then fix the socket on the DIN rail. This method is suitable for scenarios requiring frequent replacement.
Select the appropriate pin pitch according to the PCB design to avoid installation failure caused by mismatched pin pitch.
The coil voltage must be consistent with the control circuit voltage. Overvoltage will cause coil burnout.
Regularly check the contact wear. Replace the relay in time if there is blackening or melting to avoid circuit failure.
The difference lies in the distance between adjacent pins. 3.5mm pin pitch is suitable for compact PCB design. 5mm pin pitch is more stable and suitable for equipment with high vibration resistance requirements. You can select the appropriate pin pitch according to the actual application scenario.
Yes. The relay supports both AC and DC load control with a maximum switching voltage of 240VAC/28VDC. It can meet the control needs of most DC equipment.
The insulation strength between the contacts and the coil is 5000VAC for 1 minute. It has excellent insulation performance and can avoid safety hazards such as electric leakage.
Are you looking for a miniature relay with high-power load capacity for high-power equipment control? The NNC69A JQX-14FC relay has the advantages of stable connection, wide temperature adaptability and strong load capacity. It can meet the diverse needs of your projects. Click "Inquire" to consult the pin pitch customization service, or "Add to Basket" to place an order immediately. Let it provide reliable control support for your high-power equipment!
注: 建议图片大小150px*50px 
