Technical Data  Cable Carriers (CABLEVEYOR) - Cable carrier selection - Selection of cable carrier steel series

Selection of cable carrier steel series

TK Series/TKH Series

Determine cable carrier model by cable/hose installing space

For TK Series and TKH Series, the stay bores (D) are drilled to the specified dimensions.

Calculate the minimum required width B′of the stay based on the outer diameter/number of cables and hoses, and select a stay with a stay width B ≥ B′.

■Stay dimensions

・Calculate stay bore diameter

D = d × 1.1 Minimum clearance 2 mm

D:Stay bore diameter ( Φ 8 or larger integer value)   d:Cable/hose outer diameter

・Calculate minimum required stay width

B' = Y + D1 + C + D2 + C +……+ Dn + Y

B':Minimum required stay width   C:4 mm or larger      Y:Table on the right

Size Minimum value of Y
TK07010
TK09515
TK13018
TK18018
TKH25025

※Refer to the product pages for stay dimensions.

・Select stay

Select dimensions A and B from the results calculated by the aboves and the stay dimensions in the models.

Install the stays every 2 links starting from the second link on the moving end side.

Number of stays (n) = number of links / 2    ※Round down decimals

■Unsplit and split stays

TK Series and TKH Series cable carriers have two types of stays: unsplit stays and split stays. Split stays have one end that can be easily removed so that supported materials can be easily added and removed. Split stays are convenient for when there are hoses with sleeves and the movement distance is long and also when there are many supported materials.

TKS Series

■Frame

Decide the number of dividers by the minimum required or more and by ensuring that one cable or hose goes through one opening if possible. Lay out the cables and hoses by also taking into consideration the distribution of mass across the cable carrier.

Calculate the minimum required width B′ of the frame based on the outer diameter/number of cables and hoses, and select a frame with a stay width B ≥ B′.

・Calculate the required inner width

D = d × 1.1 Minimum clearance 2 mm

D:Required inner width (Round up decimals)    d:Cable/hose outer diameter

・Calculate minimum required frame width

B' = ΣD + ΣU + 2Y

B':Minimum required frame width    U:Divider thickness    Y:Link thickness

・Select the frame

Select the frame from the results calculated by the aboves and frame dimension B in the models.

Number of frames and dividers

Install frames every 2 links.

Number of frames (n) = number of links / 2   ※Round down decimals

Number of dividers (m) = n × (number of dividers installed in 1 location)

Frame dimensions
Size B h Y U E F Cable/hose maximum diameter d
TKS070100
150
200
31103151327
TKS09546124171442
Minimum required number of dividers
Size Minimum required number of dividers
B=100 B=150 B=200
TKS0700 (5)1 (8)2 (12)
TKS0950 (4)1 (7)2 (11)

Figure in ( ) is the maximum number installable.

Bending radius R/strength selection

Select using the load diagram

The travel length S on the load diagram is applicable when the fixed end of the cable carrier is installed in the center position (middle) of the travel length.

Based on the models on the load diagram, select the strength from the travel length, cable/hose mass, cable/hose outer diameter, and cable/hose allowable bending radius.

Selection example :Selecting TKC Series

Usage conditions
Travel length :3m
Cable/hose mass :4kg/m
Cable/hose outer diameter :Φ20mm(one )
Cable/hose allowable bending radius :160mm

In the table to the left, find the intersection of horizontal axis 3 m and vertical axis 4 kg/m. Select the TKC47H36 as the product that satisfies this point.

Cable/hose allowable bending radius (r) < Cable carrier bending radius (R)

Decide on R = 200 that satisfies these conditions. Therefore, TKC47H36W80R200 is the product from the above conditions.

Confirm speed and acceleration

The allowable travel speeds for each model and installation method are shown below. Confirm that the operating conditions do not exceed the allowable values. (Contact a Tsubaki representative if the allowable values are accidentally exceeded.)

■Table of allowable speeds (Units :m/min)
  TKP TKC TKMK/
TKMT
TKR TKQ TK TKH TKS TKI TKV
Standard 300 300 300 300 600 60 60 60 120 150
Support Rollers 150 150 150 150 150 60 60 60
Support plate 60
Horizontal 60 60 60 30 30 30
Vertical arrangement (hanging) 300 300 300 300 600 60 60
Vertical arrangement (standing) 300 300 300 300 600 60 60
Bottom movement 300 300 300 300 600 60 60 60
Combination 300 300 300 300 600 60 60 60
Gliding arrangement * * *
Traveling roller 30
Vertical circular travel arrangement 60 60
Horizontal circular travel arrangement 30 30 30

※Refer to the catalog for gliding arrangement (* mark).

※– means not applicable.

※Contact us for TKUA series.

■Table of allowable acceleration
TKP2G
TKC3G
TKR2G
TKQ4G
TK1m/sec2
TKS1m/sec2
TKH1m/sec2
TKI,TKV3G
TKMK,TKMTContact a Tsubaki representative

If acceleration is extremely large, the service life may be reduced in a very short amount of time. Confirm that the operating conditions do not exceed the values in the above table. (Contact a Tsubaki representative if the allowable values are accidentally exceeded.)

-Reference - TKMK Series, TKMT Series Bending radius, Cross-sectional dimension comparison

Bending radius and inner width dimension may differ between open type and closed type. Refer to the table below.

Size Bending radius Inner width Inner height
TKMK47H2855, 75, 100, 160, 200, 25024, 56, - , 104, 152, 19228
TKMT47H26- , 75, 100, 160, 200, 250- , 56, 80, 104, 152, 19226
TKMK65H4275, 95, 115, 145, 220, 30066, 106, - , 154, 194, 25842
TKMT65H38- , 95, 115, 145, 220, 30066, 106, 130, - , 194, 25838.5
TKMK95H58140, 170, 200, 290, 380114, - , 162, 210, 258, 306, 402, 51458
TKMT95H54
(Plastic cover type )
140, 170, 200, 290, 380114, 130, 162, - , 258, 30654.5
TKMT95H54
(Aluminum cover type )
140, 170, 200, 290, 380100-400 (every 1 mm) 54.5
TKMK125H72180, 220, 260, 340, 380, 500- , 151, - , 247, 359, 407, 455, 50372
TKMT125H68- , 220, 260, 340, 380, 500135, - , 183, 24768.5