10 Pair Tyco QDF E Termination Magazine Blocks

10 pair Tyco QDF E Termination Magazine blocks The QDF (Quick-Connect Distribution Frame) family of products provides a reliable, quickand easy to use system for wire anagement. The QDF magazine utilises unique split cylinder insulation displacement contact (IDC). This provides fast and reliable...

Product Details

10 pair Tyco QDF E Termination Magazine blocks


 The QDF (Quick-Connect Distribution Frame) family of products provides a reliable, quickand easy to use system for wire anagement.

 
 The QDF magazine utilises unique split cylinder insulation displacement contact (IDC). This provides fast and reliable wire termination while eliminating time-consuming wire stripping and wrapping or soldering. The 2-wire capacity of the split cylinder allows teeing on to (commoning) circuits.

 
 It is a 10-pair magazine designed for applications in which there is or will be a need for protecting, testing or breaking the circuits.

 
 This includes distribution frames and on customer premises, as well as in outside plant installations.

 

Specifications

 

Housing Material
 Fiber-glass reinforced polycarbonate/polyester UL 94 V0 rated (self extinguishing), oxygen index 29.5.
 Split Cylinder Contact Material High strength phosphor bronze with anti-corrosion coating. Earthing Strip High corrosion resistance brass with anti-corrosion coating.

 
 Conductor Sizes

 
 Solid wire: 0.4 mm to 0.9 mm (26 to 19 AWG)
 Stranded wire: 0.4 mm to 0.64 mm (26 to 22 AWG)
 Note: If two wires are terminated on a contact, they must be the same
 size. Wire Sizes Range accomodated (including insulation): 0.69 mm to 1.50 mm
 Electrical Characteristics
 Insulation resistance > 1000 G½ at 500 Vdc
 Dielectric withstand 2000 Vac for 5 mins
 Current capacity 20 A total, 10 each line side to earth with no magazine distortion 
 Cross talk (average)    -100 dB @ 20 kHz   -70 dB @ 2.048 Mbps
 Contact resistance     7 mOhm maximum
 (including the two split cylinders, contact between them, and wire
 contacts)
 Maximum change in resistance, ÆR (after environmental testing) 2.5 mOhm per contact interface
 Durability   Minimum 200 insertion and withdrawal cycles.

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