1648430000
Weidmüller
1648430000
Weidmüller
TERM BLOCK HDR 14POS 5.08MM
Reference Price (USD)
1+
$8.32792
500+
$8.2446408
1000+
$8.1613616
1500+
$8.0780824
2000+
$7.9948032
2500+
$7.911524
Exquisite packaging
Discount
TT / Paypal / Credit Card / Western Union / Money Gram
1648430000
$8.33
Product details
The 1648430000 by Weidmüller redefines Terminal Blocks - Headers, Plugs and Sockets performance for medical imaging equipment. This precision-engineered interconnect solution delivers exceptional signal fidelity in MRI and CT scanner applications while meeting stringent medical safety standards. The Terminal Blocks - Headers, Plugs and Sockets ensures reliable operation in life-critical diagnostic systems.Featuring Header, Female Sockets construction, this component achieves ultra-low noise characteristics essential for sensitive analog signals. The shielded design provides 60dB better EMI rejection than standard medical connectors.Available in 14 positions, the modular architecture supports high-density sensor arrays. The symmetrical layout maintains impedance matching across all channels for accurate signal acquisition.With 14 positions per level, the optimized configuration minimizes crosstalk between adjacent analog and digital lines. This arrangement is critical for maintaining signal integrity in multi-channel medical devices.The 1 stacking option enables three-dimensional packaging in space-constrained medical equipment. Vertical integration reduces cable clutter while maintaining proper isolation distances.The 0.200" (5.08mm) pitch spacing exceeds medical isolation requirements for patient-connected equipment. The reinforced dielectric barriers prevent leakage currents in defibrillator-proof designs.90°, Right Angle options enable flexible PCB integration in portable medical devices. The low-profile variants minimize weight in wearable monitoring equipment.Utilizing Solder termination, the system ensures gas-tight connections for implantable devices. The hermetic sealing prevents fluid ingress in sterilization cycles.The Through Hole mounting complies with IEC 60601-1 standards for medical equipment. The secure latching mechanism prevents accidental disconnection during patient transport.Meeting 23A IEC standards, the design accommodates microcurrent measurements. The gold-plated contacts ensure stable readings below 1 A resolution.The 400 V certification includes testing for defibrillation pulses. The insulation system withstands 5kV transients without breakdown.Rated for 15 A leakage current, the design meets Class BF equipment requirements. The ultra-pure contact materials prevent electrochemical migration.With 300 V patient isolation rating, the insulation system exceeds 2x MOPP requirements. The material selection prevents dielectric absorption in humid environments.The Orange housing uses medically approved pigments that withstand gamma radiation sterilization. The high-visibility colors enhance error-proofing in emergency situations.Operating across -50°C ~ 100°C range, the materials maintain flexibility in cryogenic applications. The design has been validated for liquid nitrogen exposure in MRI systems.Tin plating provides optimal biocompatibility for patient-connected applications. The surface treatment exceeds ISO 10993-1 cytotoxicity requirements.The Retention Latches include integrated safety interlocks for medical devices. These prevent hazardous exposure during equipment servicing while allowing quick disconnection in emergencies.
Product Attributes
- Product Status: Active
- Type: Header, Female Sockets
- Number of Positions: 14
- Positions Per Level: 14
- Number of Levels: 1
- Pitch: 0.200" (5.08mm)
- Header Orientation: 90°, Right Angle
- Plug Wire Entry: -
- Termination Style: Solder
- Mounting Type: Through Hole
- Current - IEC: 23A
- Voltage - IEC: 400 V
- Current - UL: 15 A
- Voltage - UL: 300 V
- Wire Gauge or Range - AWG: -
- Wire Gauge or Range - mm²: -
- Color: Orange
- Operating Temperature: -50°C ~ 100°C
- Contact Mating Finish: Tin
- Features: Retention Latches
You May Also Be Interested In
