Non shunted t8 sockets For Programmed Start Ballasts

non shunted t8 sockets white

non shunted t8 sockets For Programmed Start Ballasts 660W Medium G13 Base Bi-Pin Low Profile Slide-On Turn-Type Linear Fluorescent Lamp holder, White,
Model # 13351
Type of Bulb    LED/fluorescent
HS code: 9405920000
Item Weight    0.8 ounces
Color    White
non shunted t8 sockets Features: For use with T-8 or T-12 Lamps, Rated at 660W 600V
Low Profile Body
Molded, white thermosetting urea
Quickwire pressure terminals accept stranded No. 18 gauge, twisted and overtinned, or No. 18 solid or solder-dipped leads stripped 3/8".
Unplated contacts are standard.
Multiple terminal slots permit double connections at each contact.
Non shunted t8 sockets For Programmed Start Ballasts

G13 non shunted t8 sockets End fixing lamp holders
Thickness 9.5mm
Snap in pins with/without spring
PC body,Phosphor bronze contacts,stainless spring
Pkg.500pcs/500pcs/250pcs
Rated temperature: T130/Tm110
For wall thickness: 0.6-1.1 mm
Push wire terminals 2 holes: 0.5-1 mm2

non shunted t8 sockets Packaging & Delivery
Packaging Details: 44*38.5*33/carton
Delivery Detail: Within 12 days after payment.
1. fluorescent non shunted t8 sockets g13: 22.7mm/26.7mm
2. housing: PC
3. rotor: PBT/PC
4. contacts:phosphor bronze
non shunted t8 sockets dimension

Specification of G13 non shunted t8 sockets.
Weight: 9g
Material: PC(Body)+Phosphor bronze(Conduct Contact)
Certification: CE&CQC
Maximun permissable temperature at the rear of the lamp holder: 110 degree.
Rating: 500V;2A

JAMES' line of fluorescent sockets provides everythig you need for replacement and creating led fluorescent lighting applications. From commercial to residential, JAMES line of fluorescent lampholders are made of high quality materials that last. We have a great selection of fluorescent sockets, perfect for led tube or fluorescent lamp, our range includes, T5 lamp holder, non shunted lamp holder, Fluorescent light connectors, T8 lamp holder, g13 lamp holder and much more.

Send us a message






cache
Processed in 0.004578 Second.