The Teledyne Gill 60089 - 7007 Connector, Elcon AC Mating Half with Knob Lock, is a high-performance electrical connector engineered for fast, secure, and reliable connections in demanding aviation and industrial applications. Designed to meet stringent MS25182-2 and MIL-P-18184 specifications, this connector is compatible with Elcon AC mating and other MS3509-compliant connectors, offering exceptional durability and reliability.
Built to handle up to 750 amps of continuous current and 1,500 amps of peak current, the 7007 connector is ideal for high-power applications. It operates at voltages up to 750 volts and features an ultra-low contact resistance of just 60 micro ohms, ensuring minimal power loss and maximum efficiency. With compatibility for up to 4/0 gauge wire and IP13 environmental sealing, this connector provides robust protection against moisture and contaminants, making it a dependable choice for various challenging environments.
Whether you’re working in extreme cold at -85°C or high heat up to +140°C, the Teledyne Gill 60089 - 7007 Connector ensures reliable performance and secure connections. Perfect for aviation professionals who demand high standards of connectivity, this connector combines exceptional power handling with robust environmental protection, keeping your systems running smoothly. Choose the Teledyne Gill 60089 - 7007 Connector for superior connection solutions that stand up to the toughest conditions.
| General Information | |
|---|---|
| Part # | 60089 |
| Manufacturer | Teledyne Gill |
| Shipping Information | |
|---|---|
| Schedule B | 8536695050 |
| ECCN | 9A991.d |
| Specifications | |
|---|---|
| Connector Type | Elcon AC Mating Half, Knob Lock |
| Contact Resistance | 60 micro ohms |
| Continuous Current Rating | 750 Amps |
| Environmental Sealing | IP13 |
| Operating Temperature | -85°C to +140°C |
| Part Number | 7007 |
| Peak Current Rating | 1,500 Amps |
| Specifications | MS25182-2, MIL-P-18184 |
| Voltage Rating | Up to 750V |
| Wire Gauge | Up to 4/0 |
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AIRCRAFT COMPATIBILITY
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QUESTIONS & ANSWERS
The Teledyne Gill 60089 Elcon battery connector is engineered for repeated use without compromising performance, making it ideal for high-cycle operations in aviation environments. Its robust contact design minimizes wear over time, ensuring consistent electrical conductivity even after frequent mating cycles. This durability helps reduce replacement frequency and lowers long-term maintenance costs.
The connector’s precision-engineered contacts are designed to maintain consistent alignment and pressure, which helps minimize resistance fluctuations during operation. This stability supports efficient power transfer and reduces the risk of heat buildup at connection points. As a result, aircraft electrical systems can operate more reliably under heavy load conditions.
Proper contact alignment ensures even current distribution across the connection interface, reducing localized stress and wear. The Teledyne Gill 60089 is designed to maintain consistent alignment during connection, helping prevent arcing and premature degradation. This contributes to longer connector life and improved electrical system safety.
The 60089 connector is built with materials and construction methods that resist heat, vibration, and environmental stress. Its design helps prevent accidental disconnections and maintains a secure electrical interface under dynamic conditions. This reliability is critical for ensuring uninterrupted power delivery in aircraft systems.
MIL-SPEC connectors such as the Teledyne Gill 60089 are manufactured to strict military and aviation standards, ensuring consistent quality and performance. These standards help guarantee compatibility, durability, and safety across a wide range of aircraft applications. For maintenance professionals, this translates to confidence in both installation and long-term operation.
The ergonomic design of the 60089 connector enables quick, intuitive handling during installation and removal. Its user-friendly interface reduces the time required for battery servicing tasks, helping maintenance teams work more efficiently. This can lead to faster turnaround times and improved aircraft availability.
The connector is constructed using high-quality, heat-resistant materials that maintain structural integrity under extreme operating conditions. These materials help prevent deformation, corrosion, and electrical degradation over time. This ensures reliable performance even in harsh aviation environments.
The connector is designed to maintain a stable electrical interface even in high-vibration environments typical of aircraft operation. Its secure mating design reduces the risk of intermittent connections that could disrupt power flow. This stability is essential for maintaining consistent system performance and avoiding electrical faults.
