EmeryAllen 7W GY6.35 LED Retrofit Bulb, 2700K
Brand: EmeryAllen | SKU: EA-GY6.35-7.0W-001-279F-D
Product Overview
The EmeryAllen EA-GY6.35-7.0W-001-279F-D provides 700 lumens of 2700K light. It uses a GY6.35 bi-pin base and requires 12V AC/DC. The 2-3/4-inch overall length and 11/16-inch maximum diameter are the measurements to compare with the fixture. Match the socket, supply and fixture’s permitted light output before choosing the 7W-class model.
Key Features
- 700 lumens at 2700K.
- GY6.35 bi-pin base for 12V AC/DC.
- 7W model class; 7W published consumption.
- 90+ CRI for color rendering.
- All-around 360° light distribution.
- Ceramic and polycarbonate construction.
Common Uses
Compatible indoor 12V pendants, display or specialty fixtures using a GY6.35 connection. Check permitted output and temperature as well as physical fit.
Technical Specifications
| Manufacturer part number |
EA-GY6.35-7.0W-001-279F-D |
| Base |
GY6.35 bi-pin base |
| Nominal model wattage |
7W |
| Published power consumption |
7W |
| Input voltage |
12V AC/DC |
| Light output |
700 lumens |
| Color temperature |
2700K |
| Color rendering index |
90+ |
| Beam distribution |
360° |
| Material |
Ceramic and polycarbonate |
| Control |
Compatible dimmer and LED-compatible transformer; match MLV/ELV control to transformer |
| Rated life |
36,000 hours under current manufacturer guidance |
| Manufacturer warranty |
Limited lifetime warranty; conditions apply |
| Location suitability |
Indoor lighting; manufacturer does not recommend outdoor use. Damp and enclosed use subject to fixture protection and thermal limits. |
Dimensions
Overall lamp length: 2-3/4 inches. Maximum lamp diameter: 11/16 inches. Compare both with the socket position, shade opening and available lamp space.
Compatibility & Installation Notes
Match the GY6.35 socket and 12V AC/DC supply. Turn power off and let the old lamp cool before replacement. Compare lumens with the fixture’s recommended original lamp; lower LED wattage alone does not permit a brighter replacement. Use a magnetic transformer or LED-compatible no-load/low-load electronic transformer. Match an MLV or ELV dimmer to the transformer type and check operation at the reduced LED load. GY6.35 and G4 use different bi-pin connections; match the specified socket. The manufacturer does not recommend this model for outdoor lighting. Damp-location and enclosed-fixture use still require protection from direct water and compliance with the manufacturer’s thermal guidance.
Frequently Asked Questions
What connection and supply does it require?
It uses a GY6.35 bi-pin base and requires 12V AC/DC. Do not connect it directly to 120V.
How much light does it provide?
The published output is 700 lumens at fixed 2700K. Compare that output with the fixture’s recommended lamp.
Can I use it with a dimmer?
Use a compatible LED transformer and match an MLV or ELV dimmer to the transformer type. Check operation at the reduced lamp load.
What measurements should I check?
Check the 2-3/4-inch overall length and 11/16-inch maximum diameter against the socket position, shade opening and lamp space.
Why Buy from Big Frog Supply?
Choose the GY6.35 7W 2700K for 700 lumens of warm light in an indoor 12V fixture. Its 2-3/4-inch length is longer than the standard 5W option, even though its 11/16-inch body is narrower. Confirm shade length and transformer load compatibility before choosing the brighter lamp.
Manufacturer part number: EA-GY6.35-7.0W-001-279F-D
Base: GY6.35 bi-pin base
Nominal model wattage: 7W
Published power consumption: 7W
Input voltage: 12V AC/DC
Light output: 700 lumens
Color temperature: 2700K
Color rendering index: 90+
Beam distribution: 360°
Material: Ceramic and polycarbonate
Control: Compatible dimmer and LED-compatible transformer; match MLV/ELV control to transformer
Rated life: 36,000 hours under current manufacturer guidance
Manufacturer warranty: Limited lifetime warranty; conditions apply
Location suitability: Indoor lighting; manufacturer does not recommend outdoor use. Damp and enclosed use subject to fixture protection and thermal limits.
