Talon® T1 Cable Cleat Specifications

 

TABLE 1A — CABLE RANGE

Model –
Frame Size
Nominal (Min/ Max) Cable Outer Diameter
1 – Cable 1 3 – Cables 2, 3 4 – Cables 2, 3
Standard
(no liner)
mm (in)
C10
Liner 4
mm (in)
C20
Liner 4
mm (in)
C30
Liner 4
mm (in)
C40
Liner 4
mm (in)
Standard
(no liner)
mm (in)
C10
Liner 4
mm (in)
C20
Liner 4
mm (in)
C30
Liner 4
mm (in)
Standard
(no liner)
mm (in)
C10
Liner 4
mm (in)
C20
Liner 4
mm (in)
C30
Liner 4
mm (in)
T1-05 50.8
(2.0)
45.0
(1.77)
39.0
(1.54)
33.0
(1.3)
29.0
(1.14)
25.4
(1.0)
25.4
(1.0)
21.0
(0.83)
19.0
(0.75)
25.4
(1.0)
21.0
(0.83)
19.0
(0.75)
16.0
(0.63)
79.3
(3.125)
72.0
(2.83)
70.0
(2.76)
61.0
(2.4)
54.0
(2.13)
33.0
(1.3)
30.0
(1.18)
28.0
(1.1)
22.0
(0.87)
33.0
(1.3)
30.0
(1.18)
28.0
(1.1)
22.0
(0.87)

Notes to Table 1A:

  1. The dimensions listed in the cable range represent the diameter across the outermost layer of the cable (e.g. outer sheath).  For application assistance with other cable configurations, contact Talon Products.
  2. In addition to securing single cables, Talon® T1 cable cleats may be used to secure bundles of three or more cables.  The dimensions listed in the cable range represent the diameter across the outermost layer of each cable (e.g. outer sheath).  For application assistance with other cable configurations, contact Talon Products.
  3. When securing cable bundles of three or more cables in ladder-type cable tray, the rung spacer part number must be confirmed by Talon Products.
  4. Elastomeric cable cleat liners (a.k.a. inlays) are typically used for cables >35 kV or cables >1000 kcmil.  Cable cleat liners may also be used for single and bundled cables that are too small to otherwise fit in a cable cleat frame.  Cable cleat liners are specified by entering the appropriate 3-digit custom feature code in the part number.  Refer to Table 3.
  5. Other Talon® cable cleat frame sizes are available on request.

 


 

 

TABLE 1B — PHYSICAL SPECIFICATIONS

Model –
Frame Size
H1
mm (in)
H2 (Min/ Max) 1
mm (in)
H3 (Min/ Max) 1
mm (in)
W1
mm (in)
W2
mm (in)
ØD
mm (in)
B
mm (in)
T1-05 119.9 (4.72) 69.3 (2.73) 119.9 (4.72) 79.0 (3.11) 126.7 (4.99) Qty-2 30.0 (1.18)
97.9 (3.85) 138.4 (5.45) 10.2 (0.40)

Notes to Table 1B:

  1. “Min” represents the nominal dimension of a Talon® T1 cable cleat (no cable cleat liner) securing the smallest single cable in the cable range. “Max” represents the nominal dimension of a Talon® T1 cable cleat (no cable cleat liner) securing the largest single cable in the cable range.  For other dimensions, contact Talon Products.
  2. Dimensions:
    1. H1 = Height of base (to top of gripping hardware)
    2. H2 = Height above rung (i.e. from bottom of cable)
    3. H3 = Overall height
    4. W1 = Lower width
    5. W2 = Overall width
    6. ØD = Auxiliary mounting holes quantity & inside diameter
    7. B = Mounting hole spacing
  3. For mounting information, refer to the Talon® T1 Cable Cleat Installation Guide.

 


 

TABLE 2 — RUNG SPACER SELECTION 1, 2

Rung/ Strut Depth 3, 4
mm (in)
Rung/ Strut Width 5
mm (in)
Example Ladder-type Cable Trays 6 Part Number
> 27.4 (1.08)  ≤ 45.7 (1.8)  US Tray (standard & strut rung) R00 (not req’d)
26.1 – 27.4 (1.03 – 1.08)  n/a R05
24.5 – 26.0 (0.96 – 1.02)  Basor Basortrav IL; B-Line Series 2-5; Cablofil Itray; Enduro (std rung); PW (box rung) R10
22.8 – 24.4 (0.90 – 0.96)  T&B (aluminum & steel strut rung) R15
21.0 – 22.7 (0.83 – 0.89)  Cope Ladder (swage rung) R20
18.9 – 20.9 (0.74 – 0.82)  B-Line IEC Ladder; Code Electric (aluminum narrow rung) R30
15.0 – 18.8 (0.59 – 0.74)  MP Husky Flange Out (box rung); Zip Tray Series BW, BX, BY, BZ R40

Notes to Table 2:

  1. Rung spacers are utilized for rungs or strut profiles with depth ≤ 27.4 mm (1.08 in).
  2. Table 2 is based on one cable per cable cleat.  For cable bundles (e.g. 3 or 4 cables), contact Talon Products.
  3. For rung or strut depth > 28.6 mm (1.125 in), secure cable cleat to top of rung or strut and select R00 part number.
  4. For rung or strut depth < 15.0 mm (0.59 in), contact Talon Products.
  5. For rung or strut width > 45.7 mm (1.8 in), secure cable cleat to top of rung or strut and select R00 part number.
  6. For other cable tray brands and models, correlate the rung dimensions to the respective rung spacer or contact Talon Products.

 


 

TABLE 3 — PART NUMBER 1, 2, 9

Model 3 Frame Size 4 Frame Type 5 Integral Gripping Hardware 6 Rung Spacer 7 Options and Custom Features 8
T1 01
02
03
04
05 *
06
07
08
F0 = Samples Only
F1 = Heavy Duty
F2 = Standard Duty
H4 = 304 S/S Bolts and Flange Nuts
H6 = 316 S/S Bolts and Flange Nuts
R00
R10
R15
R20
R30
R40
000 = Standard Product (no custom features)
C10 = 3.2 mm Cable Cleat Liner
C20 = 6.4 mm Cable Cleat Liner
C30 = 9.5 mm Cable Cleat Liner
C40 = 12.7 mm Cable Cleat Liner

Notes to Table 3:

  1. Talon® cable cleat part numbers consist of 17 characters, including 3 dashes. Asterisks are for information only and are not included in the part number.
  2. * = Talon® cable cleat frame sizes normally in stock and available through Talon Products’ Rapid Ship Program.
  3. Talon® cable cleats have passed rigorous 3rd party testing in accordance with ASTM B117, IEC 60695, IEC 61914, ISO 4892-2, UL 94, UL 969 and UL 2239.
  4. Talon® cable cleats are molded from high-strength polyamide that is electrically insulating, flame resistant, UV resistant, low smoke, zero-halogen and resistant to drilling mud, gaseous atmospheres, salts and many other chemicals.
  5. Talon® cable cleats secure cables subject to lateral and torsional forces and provide axial strain relief for vertical and horizontal cables. Additionally, Talon® cable cleats utilizing the F1 heavy duty frame are designed and tested to protect cables from mechanical damage resulting from short circuit forces. Talon® cable cleats utilizing the F0 frame are product samples only and may not be placed into service. Talon® cable cleats may be used with high voltage, medium voltage and low voltage cables.
  6. Talon® cable cleats include integral stainless steel gripping bolts that are held captive in the base for ease of installation. Talon® cable cleats typically do not require additional mounting hardware when simultaneously enclosing a cable and its support rung (i.e. in ladder-type cable tray). For wall mounting or other mounting preferences, auxiliary mounting hole(s) are included in the base. Mounting hardware for wall mounting or other mounting preferences is customer furnished.
  7. Talon® cable cleats accommodate box, elliptical, hat, I-beam, oval, rectangular, round, square and channel strut rung profiles from most ladder-type cable tray manufacturers. Unless “R00” is specified, each Talon® cable cleat includes an adhesive-backed neoprene rung spacer that compresses slightly during installation. Refer to Table 2 for rung spacer selection. For mounting information, refer to the Talon® T1 Cable Cleat Installation Guide.
  8. “000” = Standard Product (i.e. no custom features required). Elastomeric cable cleat liners are specified by entering the appropriate 3-digit custom feature code in the part number. Other custom feature part numbers are assigned by Talon Products.
  9. Examples:
    1. Qty-1 x 50.0 mm (1.97 in) OD cable in ladder-type cable tray with 28.6 mm (1.125 in) deep rungs
      Purchase part number → T1-05-F1H4R00-C10
    2. Qty-1 x 73.9 mm (2.91 in) OD cable in ladder-type cable tray with 25.4 mm (1.0 in) deep rungs
      Purchase part number → T1-05-F1H4R10-000

 


 

TABLE 4 — CLASSIFICATIONS and TYPICAL TEST RESULTS 1

Category Classification
Color Permanent Black (F1 & F2 Frames)
Strength Class (§9.1.a) Rigid — Cable cleats intact (no deformation after lateral retention test or short circuit tests)
Material Class (§6.1.3) Composite – Nonmetallic frame and stainless steel gripping bolts
Ambient Temperature for Permanent Application (§6.2) -60° C to +90° C (-76° F to +194° F) — Suitable for 250° C momentary conductor temperature
Impact Resistance at Low Temperature (§6.3.5, §9.1.b, §9.2) Very Heavy, 20 J Impact Energy @ -60° C (-76° F) — Performed on UV test specimens
Lateral Retention at High Temperature (§6.4.2, §9.1.c, §9.3) > 17,000 N (3,822 lbf) @ +60° C (140° F) — Parallel or perpendicular to mounting surface
Axial Retention at High Temperature (§6.4.3, §9.1.d, §9.4) 5,000 N (1,124 lbf) @ +60° C (140° F) — Performed on short circuit test specimens
Resistant to Electromechanical Forces — F1 Frame
(§6.4.5, §9.1.e, §9.5)
Flat: 230 kAPEAK (s= 66 mm) — Specimens subsequently tested for axial retention
Cable cleats, cables and cable tray intact and reusable after multiple short circuit tests
Resistant to Environmental Influences (§6.5) Resistant to UV Light (§6.5.1.2, §11.1) — Specimens subsequently tested for impact resistance
High Corrosion Resistance (§6.5.2.2, §11.2) — Suitable for outdoor and wet locations
Resistant to Flame Propagation (§10.1) Pass – Exceeds Test Criteria – No flaming, no dripping and no ignition of paper
Low Smoke Emission (§10.2) Pass – Exceeds Test Criteria – Low smoke zero-halogen resin

Notes to Table 4:

  1. Section numbers refer to international standard IEC 61914:2015, Cable Cleats for Electrical Installations.