drylin® T - Technical data

Glide bar
material	Aluminum, extruded profile
Materials	AlMgSi0,5
Coating	Hard-anodized aluminum, 50 µm
Surface hardness	500 HV
Gliding carriage
Base body	Aluminum, extruded profile
Materials	AlMgSi0,5
Coating	Anodized aluminum, E6/EV1
Gliding elements	Maintenance-free bearing material iglidur® J
Screws and springs	Stainless steel
Lid	Plastic (TW-01/TWA-01), Steel (TW-02)
Max. speed	15 m/s
Temperature range	-40 °C to +90 °C

Table 01: drylin® – Technical data

drylin® T in application in the packaging industry

With low mass inertia and the exclusion of rolling components, high accelerations and - on a short term - extreme speeds up to 30 m/s are attained.

drylin® T linear guide systems operate dry and are thereby insensitive to dirt. Dirt particles cannot embed in lubricants.

Particularly suitable for use in food, medicine and clean room technologies due to the absence of lubricants in the environment.

The corrosion resistance makes the drylin® T linear guide systems suitable for underwater applications

Trouble-free high-pressure cleaning

Low vibration and very low noise

The pairing of the aluminum anodized gliding partners and iglidur® J has a particularly low breakaway torque

drylin® T is combinable and replaceable with standard ball linear guides

Please note that it refers to a technical surface. Optical color variations cannot be avoided depending on the coat thickness.

Type	C_0Y	C_0(-Y)	C_0Z	M_0X	M_0Y	M_0Z
	[kN]	[kN]	[kN]	[Nm]	[Nm]	[Nm]
04-07	0,2	0,2	0,1	1,2	0,6	0,6
04-09	0,48	0,48	0,24	3,4	1,8	1,8
04-12	0,96	0,96	0,48	9,2	4,4	4,4
04-15	1,4	1,4	0,7	17	8	8
01-15	4	4	2	32	25	25
01-20	7,4	7,4	3,7	85	45	45
01-25	10	10	5	125	65	65
01-30	14	14	7	200	100	100

Table 02: drylin® - Permitted load capacity, static

Fig. 01: Marking of the directions

X = Speed v [m/s]
Y = Load F [N]
A = y- direction
B = z- direction

Fig. 02: drylin® T – Permitted load capacity, dynamic