1. Vertical DIN Female Socket achieves upright PCB mounting to save horizontal space for industrial backplane equipment.
2. GF Filled Female DIN Socket delivers enhanced mechanical strength for long‑term harsh industrial working scenarios.
3. Brass Contact DIN Socket guarantees stable power and signal transmission under wide temperature variation conditions.
Detailed Specifications:
1. Mechanical Specifications
1.1 Product type: DIN41612 vertical female type half C connector
1.2 Available contact counts: 16P, 24P, 32P, 48P
1.3 Termination tail options: multiple straight solder tail and wrap post tail with different height dimensions
1.4 Contact row configuration options: A, C, D1, D, F1, F
1.5 Contact pitch: 2.54 mm and 5.08 mm optional
1.6 Mating force: Max 45N for 48‑position model; minimum 0.15N withdrawal force for each single contact
1.7 Dimension unit: millimeter, follow official recommended PCB layout for board design
2. Material & Surface Plating
2.1 Contact material: Brass
2.2 Contact plating options: gold flash, multiple thickness gold over nickel, tin over nickel
2.3 Insulator material: PBT plus 30% glass fiber, UL94V‑0 flame retardant grade
3. Electrical Parameters
3.1 Rated current: 2.0 Amp
3.2 Withstanding voltage: 1000V AC for 1 minute
3.3 Maximum contact resistance: 20 milliohms
3.4 Minimum insulation resistance: 1000 MΩ under DC 100V
3.5 Operating temperature range: ‑55 °C to +105 °C
4. Compliance Standard
4.1 Environmental compliance: RoHS, Pb‑free and HSF compliant
5. Mounting Method
5.1 Assembly mode: Vertical through‑hole soldering onto printed circuit board
5.2 Adopt the provided recommended PCB layout for pad and hole designing
6. Application Scenarios
6.1 Industrial backplane interconnection systems
6.2 Industrial control cabinet equipment
6.3 Communication hardware devices
6.4 Precision test and measurement instruments
7. Operation & Storage Precautions
7.1 Select proper contact count tail type contact plating and row configuration for real‑world projects
7.2 Comply with drawing PCB layout requirements for through‑hole soldering process
7.3 Control soldering temperature to avoid thermal damage to glass‑fiber reinforced PBT insulator
7.4 Keep finished connectors in dry sealed packages to prevent oxidation of brass contacts
7.5 Operate within specified insertion and withdrawal force range during mating cycles
Product Drawing: