Skip to main content
Swing Clear Standard Electrical Power Transfer

Roll over image to zoom in

Securitron EPT-SC Swing Clear Standard Electrical Power Transfer

Item #: EPT-SC by SECURITRON

See reviews See reviews

In Stock $104.31 /each

SAVE UP TO 10.43

Buying in bulk

QUICK SHIPPING*Usually ships in 1 business day
QTY
+
+ Add to Wishlist
Buy in Bulk & Save - See How Watch Now

Shop with Confidence

30 Days Easy Return. We are the largest supplier of the most adaptable, personalized hardware in the industry. We work hard to ensure you're satisfied with our products.

  • Installs in the Door and Frame Edges
  • Flexible Steel Shield Protects Wire Bundles Up to 5/16" Thick
  • Works with Almost Any Type Butt Hinge, Continuous Hinges and Some Pivot Hinges
  • Rounded Mounting Tabs
  • MagnaCare, The Best Warranty in the Industry, Lifetime Replacement, No Fault, No Questions Asked

Color

Satin Stainless Steel

Fire Rated

3 Hours {A}

Color Code

630/US32D

Origin

USA

BAA Qualified

Yes

Product Type

Touch Sense Bar

Electric Power Transfer Square Cut

The heavy-duty, tamper-resistant Concealed Electrical Power Transfer (CEPT) securely transfers power and data from the hinge side of the frame to electrified hardware on the door. The unit is discreetly concealed between the frame and door when the door is closed. Available in three multi-wire configurations and four finishes, the CEPT complements any architectural setting. Mortises into the edges of the door and frame. Direct retrofit for competitor products Tamper resistant. All metal construction including back boxes . 7/8" knockouts on back boxes accommodate EMF-type fittings. Tested to 1,000,000 cycles. Compatible with butt hinges up to 6" and continuous hinges with cutout. CEPT-10 includes 8-22 AWG wires plus 2-18 AWG wires for higher current devices. CEPT-C5E includes CAT5E compatible with 9 - 22 AWG wire stranded conductor, Molex connectors . EL-CEPT is ElectroLynx compatible with 12-22 AWG. wires, ElectroLynx connectors

Power transfers help to assist in the secure transfer of power and data.