Universal power relay coil voltage 12V DC environmental protection product HK4100F-DC12V-SHG
Contact Specification:2.1 Contact Gap: Minimum 0.25mm. 0.25mm Minimum.2.2 Contact impedance: The initial maximum value of Contact Resistance is 100mΩ; Current flow: 1A, open-circuit test voltage: 6VDC; Measure by using the voltage drop method. Maximum 100mΩ at initial value.Test Current: 1A, Open Circuit Test Voltage: 6VDC.By using Voltage Drop Method.2.3 Contact Capacity:250VAC Cosφ=1, the current that can pass is 3 amperes. 30VDC, with a current capacity of 3 amperes. 3 Amps at 250VAC Cosφ=1.3 Amps at 30VDC3. Coil Specification at 20°C:3.1 Rated Voltage: Rated Voltage:3VDC, 5VDC, 6VDC, 9VDC, 12VDC, 24VDC 3.2 Rated current Nominal Current:50/67/120 29.9/40/72 25/33.3/60 16.7/22.5/40 12.5/16.7/30 6.25/8.3/153.3 Rated power consumption: (±10%) Rated PowerConsumption: 0.15 W / 0.2 W0.36 W3.4 coil impedance: (Ω plus or minus 10%.) Coil Resistance:60/45/25 167/125/70 240/180/100 540/400/220 960/720/400 3840/2880/16003.5 Pull In Voltage: ≤ The operating voltage of the contacts when the voltage is gradually applied to the relay For 75% of Rated voltage, V DC ≤ (Contact operating voltage when Voltage is gradually applied. It is 75% ofthe Rated Voltage) V DC3.6 Open Voltage: Drop Out Voltage: ≥ (The voltage at which the contact is released as the rated voltage gradually decreases For 10% of the rated voltage, VDC ≥ (Contact breaking voltage when Rated Voltage is gradually reduced It is10% of the Rated Voltage) VDC3.7 Maximum AllowableVoltage:(130% of the Rated Voltage) VDC (130% of the Rated Voltage) VDC
3.8 Operating Time: The maximum operating time is 6 milliseconds when the rated voltage is applied. 6 milliseconds Maximum when rated Voltage is applied.3.9 Release Time: Up to 4 milliseconds when the rated voltage suddenly disappears. 4 milliseconds Maximum when rated Voltage is suddenly cut off.3.10 Coil TemperatureRise: Apply the maximum allowable voltage to the coil when it is no-load After the temperature stabilizes, the measured temperature must not exceed 40℃. (Excluding ambient temperature)40 ° c Maximum.Maximum Allowable Voltage is appliedto Coil while no load should be appliedto Contacts then the temperature should be measured when the value isstabilized. Environment temperature should not be included in.
Electrical properties: ElectricalCharacteristics: 4.1 Life: Life Expectancy: 4.4.1 Electrical Life: Electrical Life: 3 a / 250 vac Cos phi = 1, when applying the rated voltage, It has an electrical life of more than 100,000 times. With 3A/30VDC, it has an electrical life of over 100,000 cycles when the rated voltage is applied. 100,000 operations Minimum at3A/ 250VAC Cosφ=1.100,000 operations Minimum at3A/30VDCRated Voltage is applied.4.1.2 MechanicalLife: It has a mechanical life of more than 10,000,000 cycles without load. 10000000 operations Minimum at No Load condition. The maximum operating frequency MaximumOperatingFrequency 4.1.3: electric: 30 times per minute. Mechanical: 300 times per minute. Electrical: 30 operations/minute.Mechanical: 300 operations/minute.4.2 Dielectric Strength:4.2.1 BetweenContacts:500VAC, 50/60Hz, leakage current less than 1mA, lasting for one minute. 500VAC at Test Frequency 50/60 Hz, Leakage Current: 1mA for 1 minute.4.2.2 Between Coil &Contact:1,000VAC, 50/60 Hz, leakage current less than 1mA, lasting for one minute. 1,000VAC at Test Frequency 50/60 Hz, Leakage Current: 1mA for 1 minute.
4.3 InsulationResistance: The measured value of insulation resistance when 500VDC is applied must be greater than or equal to 100M Ω. ≥ 100 MΩ Minimum.A Voltage of 500VDC should be applied after which measurement shall bemade.4.4 Vibration test :Vibration4.4.1 Vibration I (Strength) :Endurance I: In the absence of excitation, the dual amplitude width is 1.5mm, and the vibration frequency ranges from 10HZ to 55HZ to 10HZ within one minute. Each of the XYZ directions should be conducted for 2 hours, totaling 6 hours. After the experiment, the appearance and structure must not be abnormal, and the electrical functions must meet the requirements of the specifications. The Coil shall be maintained under not energized condition, double amplitude 1.5mm the entire frequency range changes from 10 to 55 Hz then returns to10 Hz shall be made in 1 minute. This motion shall be applied for a period of2 hours in each of 3 mutually perpendicular axis (a total of 6 hours) Thereshould not be any deformations in construction and in appearance, while theElectrical Specifications should be fulfilled after the test.4.4.2 Vibration II (stability):Endurance II(ErrorOperation): In the excited state, the width of the dual amplitudes is 1.5mm, and the vibration frequency ranges from 10HZ to 55HZ to 10HZ within one minute. Conduct the experiment in each of the XYZ directions for 5 minutes. There must be no mistakes during the experiment (the disconnection time of the contact points should not exceed 1 mS). After the experiment, the appearance and structure must not be abnormal, and the electrical functions must meet the requirements of the specifications. The Coil shall be maintained under energized condition, double amplitude 1.5mm the entire frequency range changes from 10 to 55 Hz then returns to 10Hz shall be made in 1 minute. This motion shall be applied for a period of 5minutes in 3 mutually perpendicular axis. Malfunction is not allowed duringthe test (contact breaking time should be less than 1 millisecond) In addition,there should not be any deformations in construction and in appearance whilethe Electrical Specifications should be fulfilled after the test.4.5 Shock test :Shock:4.5.1 Shock resistance I (Strength) :Endurance I: Under the condition of an acceleration of 1000m/s ² without excitation, five tests are conducted in each of the XYZ directions. After the test, the appearance and structure must not be abnormal, and the electrical functions must meet the requirements of the specifications. Peak Acceleration: 1000m/s2The Coil shall be maintained under not energized condition, 5 successiveshocks shall be applied in 3 mutually perpendicular axis. There should not beany deformations in construction and in appearance while the ElectricalSpecifications should be fulfilled after the test.4.5.2 Impact resistance II (Stability):Endurance II(ErrorOperation): Under the excitation state acceleration of 100m/s ² impact, conduct two experiments in each of the XYZ directions. During the experiment, there must be no errors (the contact disconnection time must not exceed 1 mS), and the appearance and structure after the experiment must not be abnormal. And the electrical functions must comply with the requirements of the specifications. Peak Acceleration: 100m/s2The Coil should be maintained under energized condition, 2 successiveshocks shall be applied in 3 mutually perpendicular axis. Malfunction is notallowed during the test (contact breaking time should be less than 1millisecond) In addition, there should not be any deformations in constructionand in appearance while the Electrical Specifications should be fulfilled afterthe test
Environmental features: EnvironmentalCharacteristics: 5.1 Temperature Range: Temperature Range: 5.1.1 Temperature Range of use: OperatingTemperatureRange: 25 to + 70 ° C. the Operating temperature range is the range of ambient temperature of which represents the temperature range within which the relay can continuously operate within the operating voltage range of the coil (without water droplet condensation at low temperatures) whichthe Relay can be operated continuously within operative voltage range of coil(no condensation of water drops under Low temperature condition) 5.1.2 storage temperature range: StorageTemperatureRange: 25 to + 70 ° C. The storage temperature range represents the temperature range within which the relay can be stored without damage (without water droplets condensing at low temperatures). The storage conditions are shown elsewhere in this SPEC. Storage temperature range is the range of ambient temperature of which theRelay can be stored without damages (no condensation of water drops underlow temperature condition). Conditions are as specified elsewhere in Youdaoplaceholder0.5.2 Humidity Range:35-85% RH.5.3 ColdResistance :ColdResistance :5.3.1 cold resistance for use :ColdResistance inUse: The relay is continuously maintained at a temperature of -25 ± 2°C in a constant temperature box for 2 hours without applying voltage or current. When maintaining the original state and applying a fixed voltage to the operation circuit for the experiment, the relay should act normally. Relay should be kept in temperature chamber at -30 ± 2°C for two hours thatno current or voltage shall be supplied to Relay. Such condition shall bemaintained while the rated voltage is supplied to Relay, then the Relay shalloperate normally. (No condensation of water drops under low temperaturecondition)5.3.2 Storage cold resistance :Storage Youdaoplaceholder0: The relay is continuously maintained in a constant temperature box at a temperature of -25 ± 2°C for 72 hours. Then, after eliminating water droplets in normal temperature and humidity for 1 to 2 hours, conduct tests on structure, operation, insulation resistance and withstand voltage. The results must comply with the SPEC. Relay should be kept in temperature chamber at -40 ± 2°C for 72 hours.Then the Relays shall be maintained at standard atmospheric condition for 1to 2 hours after which measurement shall be made. Construction, Relayoperation, Insulation Resistance and Dielectric Strength shall satisfy thespecification requirements. (No condensation of water 5.4 Heat Resistance: drops under lowtemperature condition
5.4.1 HeatResistance inUse: Under the condition that the relay operating circuit provides a rated voltage and the contact part provides a rated current, after being continuously maintained at a temperature of 70 ± 2°C in a constant temperature box for 2 hours, the relay operation test is conducted in the original state. The results must comply with the SPEC. Relay should be kept in temperature chamber at 70 ± 2°C for two hours thatrated Voltage should be supplied to Coil while rated Current should besupplied to Contacts. Such condition shall be maintained while the ratedvoltage is supplied to Relay, then Relay shall operate normally.5.4.2 Storage HeatResistance: the relay is continuously maintained at a temperature of 70 ± 2°C in the constant temperature box for 16 hours under normal temperature and humidity conditions. After being placed for 1 to 2 hours, conduct tests on the structure, operation, insulation resistance and withstand voltage. The results must comply with the SPEC. Relay should be kept in temperature chamber at 70 ± 2°C for 16 hours. Thenthe Relays shall be maintained at standard atmospheric condition for 1 to 2hours after which measurement shall be made. Construction, Relayoperation, Insulation, Resistance and Dielectric Strength shall satisfy thespecification requirements.5.5 MoistureResistance: MoistureResistance: The relay is continuously maintained at a relative humidity of 40 ± 2°C in an 85% environment for 48 hours. Then, it is placed at normal temperature and humidity for 1-2 hours before undergoing tests on its structure, operation, insulation resistance, and withstand voltage. The results must comply with the SPEC. Relay should be kept in temperature chamber at 40 ± 2°C (90~95% RH) for48 hours. Then the Relays shall be maintained at standard atmosphericcondition for 1 to 2 hours after which measurement shall be made.Construction, Relay operation, Insulation Resistance, Dielectric Strength shallsatisfy the specification requirements.
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