TLG ENCLOSED STEEL CHAIN
TLG enclosed steel cable carriers provide continuous chip and splash protection for cables and hoses in demanding reciprocating machinery.
Cable Carrier Selection and Custom Engineering
Organized, stable and serviceable guidance for cables, hydraulic hoses, pneumatic lines and water lines.
TL OPEN STEEL CHAIN
TL open steel cable carriers provide strong, accessible guidance for multiple cables and hoses where frequent inspection and maintenance are required.
JY CLASSIC PLASTIC CARRIER
JY modular plastic cable carriers organize and protect moving cables and hoses with openable crossbars, optional dividers and configurable length.
KQ CLASSIC PLASTIC CARRIER
KQ openable plastic cable carriers provide lightweight, low-noise and corrosion-resistant guidance for routine reciprocating equipment.
TZ CLASSIC PLASTIC CARRIER
TZ compact plastic cable carriers suit light loads, short travel and small bend radii where installation space is restricted.
TZ LIGHTWEIGHT PLASTIC CARRIER
TZ lightweight bridge-style cable carriers simplify installation of multiple cables and hoses in low-load reciprocating equipment.
ZF DOUBLE-ROW ENCLOSED CARRIER
ZF double-row enclosed cable carriers separate multiple cable and hose groups while shielding them from dust, oil, moisture and splash.
ZQ CLASSIC PLASTIC CARRIER
ZQ openable single-row cable carriers provide accessible, corrosion-resistant cable and hose guidance for automation and machine tools.
ZQ DOUBLE-ROW PLASTIC CARRIER
ZQ double-row plastic cable carriers provide additional routing space and separation for multiple cables, hydraulic hoses and pneumatic lines.
Cable carrier selection starts with the cable and hose package
List the quantity and outside diameter of cables, hydraulic hoses, air lines and water lines, then check bend radius, travel, speed and installation space. Tight clearance or an undersized radius increases wear.
Internal dimensions
Set the inner height and width from the largest cable or hose, total quantity and separator layout, with enough clearance for movement.
Bend radius
The carrier radius must satisfy the most sensitive cable or hose. Do not select it from the carrier outline alone.
Travel and dynamics
Record total travel, speed, acceleration, cycles and unsupported length to determine whether a guide trough or gliding arrangement is needed.
Environment and service
Dust, chips, oil, heat and frequent cable replacement affect the choice of steel, plastic, open or enclosed construction.
Choosing the cable carrier structure
| Structure | Suitable conditions | Confirm before ordering |
|---|---|---|
| Enclosed steel carrier | Heavy loads, multiple service lines and industrial equipment needing enclosed protection | Support bars, links, load, speed and lubrication |
| Open steel carrier | Equipment requiring quick inspection and routing of multiple cables and hoses | Inner width, support spacing, bend radius and brackets |
| Openable plastic carrier | Automation, machine tools and installations with frequent cable service | Inner dimensions, opening direction, speed and unsupported length |
| Enclosed or double-row plastic carrier | Dusty or oily sites and equipment requiring separated service groups | Enclosure, separators, heat, moving weight and gliding method |
Information needed for selection
- Outside diameter, quantity and minimum bend radius of every cable and hose
- Required inner height and width or available installation space
- Total travel, speed, acceleration and daily cycles
- Unsupported, gliding, vertical or side-mounted arrangement
- Bracket direction, separator layout and environmental conditions
Cable carrier selection questions
Should the cables fit as tightly as possible?
No. Cables and hoses need movement clearance and proper separation. A tight pack increases friction, while excessive space can cause whipping, tangling and impact.
Is bend radius selected from the carrier or the cable?
First meet the largest minimum bend radius required by any cable or hose, then choose a matching carrier series.
Does long travel always require a steel carrier?
No. Material also depends on load, speed, environment and service needs. Long travel mainly requires unsupported length, guidance and gliding checks.
When should an open or enclosed carrier be used?
Open carriers simplify cable installation and inspection. Enclosed carriers suit dusty, chip-heavy or oily sites, but heat dissipation and moving weight must also be checked.