Shenzhen ECER Network Technology Co., Ltd.
| Stock | 2000 |
| Packaging Details | - |
| Description | Pluggable Connector Assemblies RoHS |
| Delivery Time | 14-26 weeks |
| Brand Name | HRS |
| Model Number | IX40G-B-10S-CVL1(7.0) |
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Product Specification
| Stock | 2000 | Packaging Details | - |
| Description | Pluggable Connector Assemblies RoHS | Delivery Time | 14-26 weeks |
| Brand Name | HRS | Model Number | IX40G-B-10S-CVL1(7.0) |
This product is designed to meet the IEC 61076-3-124 standard, offering robust performance across a wide operating temperature range. It is suitable for applications requiring reliable electrical characteristics and mechanical durability, with specific ratings for voltage and current.
| ITEM | TEST METHOD | REQUIREMENTS | QT | AT |
| Operating Temperature Range | -40C to +85C(95%RH max) (note1,2) | X | X | |
| Storage Temperature Range | -30C to +60C(95%RH max) (note1) | X | X | |
| Voltage | 50 V AC / 60 V DC | X | X | |
| Current | 1.5 A/pin (all pin) 3 A/pin (pin No.1,2,6,7) | X | X | |
| Contact Resistance | Measured at 100 mA max (DC or 1000 Hz). | Contact : 30 m max. (note3) Shield : 100 m max. (note3) | X | |
| Insulation Resistance | Measured at 500 V DC. | 500 M min. | X | |
| Voltage Proof | 500 V DC applied for 1 min. | Current leakage 2mA max. No breakdown. | X | |
| Insertion Loss | Measured in the range of 1 to 500 MHz. | 0.02 (f) dB max. (Whenever the formula results in a value less than 0.1 dB, the requirement shall revert to 0.1 dB.) | X | |
| Return Loss | Measured in the range of 1 to 500 MHz. | 68 20log(f) dB min. (Whenever the formula results in a value greater than 30 dB, the requirement shall revert to 30 dB.) | X | |
| Near end Crosstalk | Measured in the range of 1 to 500 MHz. | 94 20log(f) dB min. (1MHz to 250MHz) 46.04 30log(f/250) dB min. (250MHz to 500MHz) (Whenever the formula results in a value greater than 75 dB, the requirement shall revert to 75 dB.) | X | |
| Far end crosstalk | Measured in the range of 1 to 500 MHz. | 83.1 20log(f) dB min. (Whenever the formula results in a value greater than 75 dB, the requirement shall revert to 75 dB.) | X | |
| Transverse Conversion Loss | Measured in the range of 1 to 500 MHz. | 68 20log(f) dB min. (Whenever the formula results in a value greater than 50 dB, the requirement shall revert to 50 dB.) | X | |
| Transverse Conversion Transfer Loss | Measured in the range of 1 to 500 MHz. | 68 20log(f) dB min. (Whenever the formula results in a value greater than 50 dB, the requirement shall revert to 50 dB.) | X | |
| Insertion and Withdrawal Forces | A maximum rate of 50 mm/min. Measured by applicable connector. | Insertion force 25 N max. Withdrawal force 25 N max. | X | |
| Mechanical Operation | 5000 times insertions and extractions. Mating speed : 10 mm/s max. Rest : 5s, min.(unmated) | 1) Resistance: Contact : 80 m max. (note3) Shield : 100 m max. (note3) 2) No damage, cracks or looseness of parts. | X | |
| Vibration ,sinusoidal | Frequency 10 to 500 Hz 0.35 mm, 50 m/s2 2hrs in each of 3 mutually perpendicular axis. | 1) No electrical discontinuity of 1s. (note4) 2) No damage, cracks or looseness of parts. | X | |
| Fretting Corrosion | 490 m/s2 , 30 times/min at 1000 times. | 1) No electrical discontinuity of 1s. (note4) 2) No damage, cracks or looseness of parts. | X | |
| Mechanical Shock | Subject mated specimens to 300 m/s2 half-sine shock pulses of 11 milliseconds duration, 3 shocks in both directions of 3 mutually perpendicular directions (totally 18 shocks) | 1) No electrical discontinuity of 1s. (note4) 2) Resistance: Contact : 80 m max. (note4) Shield : 100 m max. (note4) 3) No damage, cracks or looseness of parts. | X | |
| Effectiveness of the connector coupling device | Applying 80 N force 60 s for the mating axis direction in state in fitted with applicable connector. | No unlocking, damage, cracks or looseness of parts. | X | |
| Locking device mechanical operations | 10000 cycles 20 cycles/min max | 1) Insertion and Withdrawal Forces Insertion force 25 N max. Withdrawal force 25 N max. 2) No damage, cracks or looseness of parts. | X | |
| Wrenching Strength | Applying 25times of 30 N 1s for 2 axis direction on tip of plug case in state in fitted with applicable connector. | No damage, cracks or looseness of parts. | X | |
| Rapid Change of Temperature | Subject mated specimens to 10 cycles between -55C and 85C with 30 minutes dwell at temp. extremes and 2 to 3 minutes transition between temperatures. | 1) Voltage proof : 500 V DC applied for 1 min. Current leakage 2mA max. No breakdown. 2) Resistance: Contact : 80 m max. (note3) Shield : 100 m max. (note3) 3) Insulation resistance: 500 M min. (at dry) 4) No damage, cracks or looseness of parts. | X | |
| Humidity / Temperature Cycling | Low temperature 25 C; High temperature 65 C; Cold sub-cycle 10 C; Relative humidity 93 % Duration 10 / each 24 h (IEC 60068-2-38,test Z / AD) | 1) Voltage proof : 500 V DC applied for 1 min. Current leakage 2mA max. No breakdown. 2) Resistance: Contact : 80 m max. (note3) Shield : 100 m max. (note3) 3) Insulation resistance: 500 M min. (at dry) 4) Insertion and Withdrawal Forces Insertion force 25 N max. Withdrawal force 25 N max. 5) No damage, cracks or looseness of parts. | X | |
| Damp Heat, Steady State | Subject mated specimens to a relative humidity of 93 % at a temperature of 40C during 21 days. | 1) Voltage proof : 500 V DC applied for 1 min. Current leakage 2mA max. No breakdown. 2) Resistance: Contact : 80 m max. (note3) Shield : 100 m max. (note3) 3) Insulation resistance: 500 M min. (at dry) 4) Insertion and Withdrawal Forces Insertion force 25 N max. Withdrawal force 25 N max. 5) No damage, cracks or looseness of parts. | X | |
| Dry Heat | Subject to +85 2 C, 21 days. (mating applicable connector) | 1) Voltage proof : 500 V DC applied for 1 min. Current leakage 2mA max. No breakdown. 2) Resistance: Contact : 80 m max. (note3) Shield : 100 m max. (note3) 3) Insulation resistance: 500 M min. (at dry) 4) Insertion and Withdrawal Forces Insertion force 25 N max. Withdrawal force 25 N max. 5) No damage, cracks or looseness of parts. | X | |
| Cold | Subject to -55 3 C, 10 days. (mating applicable connector) | 1) Voltage proof : 500 V DC applied for 1 min. Current leakage 2mA max. No breakdown. 2) Resistance: Contact : 80 m max. (note3) Shield : 100 m max. (note3) 3) Insulation resistance: 500 M min. (at dry) 4) Insertion and Withdrawal Forces Insertion force 25 N max. Withdrawal force 25 N max. 5) No damage, cracks or looseness of parts. | X | |
| Corrosion Salt Mist | Subject to 5 % salt water, 35 2 C, 48h. (leave under unmated condition.) | No heavy corrosion of contacts. | X | |
| Mixed Flowing Gas Corrosion Test | Test temperature : +251 , Relative humidity : 753 % H2S : 105 ppb, NO2 : 20050 ppb Cl2 : 105 ppb, SO2 : 20020 ppb Leave the samples for 4 days with mated. The same is performed with unmated samples. (IEC 60512, method 4) | 1) Resistance: Contact : 80 m max. (note3) Shield : 100 m max. (note3) 2) No damage, cracks or looseness of parts. | X | |
| Solderability | Temperature +350 10 , 3 sec at soldering parts. | 1) Wetting on solder surface. 2) No solder cluster. | X | |
| Resistance To Soldering Heat | Temperature +350 10 C, 5 sec at soldering parts. | No damage, cracks or looseness of parts. | X |
Company Details
Business Type:
Manufacturer
Year Established:
2009
Total Annual:
100000000-20000000
Employee Number:
500~600
Ecer Certification：
Verified Supplier
Shenzhen ECER Network Technology Co., Ltd. is a professional supplier specializing in industrial and power connectors for industrial automation, power systems, electrical equipment, control systems, machinery, and other demanding applications. We focus on providing reliable connector solutions for... Shenzhen ECER Network Technology Co., Ltd. is a professional supplier specializing in industrial and power connectors for industrial automation, power systems, electrical equipment, control systems, machinery, and other demanding applications. We focus on providing reliable connector solutions for...
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