Description
Reliable MC4 Test Leads for Safe Solar PV Testing
TIS MC4TL MC4 Test Leads
The TIS MC4TL MC4 Test Leads are essential accessories for safely connecting solar test equipment directly to photovoltaic modules or strings fitted with standard MC4 connectors. They provide a secure and reliable interface for accurate testing during PV commissioning and maintenance.
Designed to connect standard 4mm instrument inputs to MC4 panel or string connectors, these test leads allow technicians to perform key measurements such as open-circuit voltage (Voc), short-circuit current (Isc), and insulation resistance directly at the source.
Fully compatible with multifunction solar testers such as the TIS PVCHECKS and PVCHECKS-PRO, the MC4TL leads are a must-have tool for professional solar installers who require dependable, safe, and efficient testing connections.
Key Features – TIS MC4TL MC4 Test Leads
- Test leads for direct connection to MC4 PV connectors
- Converts standard 4mm instrument inputs to MC4 connectors
- Enables Voc, Isc, and insulation testing at module or string level
- Compatible with TIS PVCHECKS and PVCHECKS-PRO testers
- Ensures safe, secure, and reliable test connections
- Essential accessory for solar PV commissioning and maintenance
Technical Overview – TIS MC4TL MC4 Test Leads
- Connector type: MC4 to 4mm test plugs
- Application: PV module and string testing
- Compatibility: TIS PVCHECKS, PVCHECKS-PRO
- Use cases: Voc, Isc, and insulation resistance measurements
- Designed for professional solar PV environments
Why Choose This Product?
Choose the TIS MC4TL MC4 Test Leads for safe and efficient solar testing. They provide the correct interface between test instruments and PV systems, ensuring accurate measurements and professional-grade reliability on site.
About TIS
TIS manufactures professional photovoltaic and electrical test equipment and accessories trusted by solar installers and engineers for durability, accuracy, and compliance.
Guarantee & Compliance
The TIS MC4TL MC4 Test Leads are manufactured to meet professional electrical testing requirements, ensuring safe and dependable performance in photovoltaic applications.
