TE Connectivity ANSI C136.41 Dimming Receptacles
TE Connectivity's (TE) ANSI C136.41 Dimming Receptacles and spring leaf contact provide an electrical and mechanical interconnection between a photo control cell and luminaire. These ANSI C136.41-compliant dimming receptacles deliver increased energy efficiency while expanding the dimming capabilities. The receptacles incorporate two or four dimming contacts to support 0VDC to 10VDC dimming methods or Digital Addressable Lighting Interface (DALI), while providing a reliable power interconnect with three robust twist lock contacts. The devices are available with 105°C- or 150°C-rated wire insulation for various temperature-graded luminaires. Pre-configured wire leads offer ease of integration into new or existing lighting fixtures. The TE ANSI C136.41 series is ideal for outdoor commercial, utility lighting, and street lighting applications.Features
- Accepts ANSI standard dimmable photocells to provide a connection between the photocell and the luminaire
- Available with two or four dimming contacts to support one- or two-channel dimming protocols
- Robust twist-lock contacts for a reliable power interconnect
- Receptacle comes pre-terminated with wire leads for ease of integration into new or existing light fixtures
- Available with 105°C- and 150°C-rated wire insulation for varying temperature-rated luminaires
Applications
- Street and roadway lighting
- Photo controls
- Parking lot lighting
- Car dealerships
Specifications
- Mechanical
- Conforms to dimensional requirements of ANSI C136.41-2013
- Offered in a 5- and 7-position version
- 5 position: 3 power contacts + 2 dimming/signal contacts
- 7 position: 3 power contacts + 4 dimming/signal contacts
- Power contacts terminated to 14AWG stranded wire per UL1015 or UL3321
- Signal Contacts terminated to 18AWG stranded wire per UL1015 or UL3321
- Electrical
- Current rating: 15A max. (power contact), 0.10A max. (signal contact)
- 480VAC/DC 10VAC/DC voltage rating
- cUR recognized to UL 773
Spring Leaf Brush Contact
Published: 2014-05-15
| Updated: 2025-05-09
