Q100 RE

Plastic stay RE – frame screw-in stay

Properties

Plastic profile bars for light to medium loads. Assembly without screws.
Available customized in 16 mm sections.
Outside/inside: release by rotating 90°.

Stay arrangement on every 2<sup>nd</sup> chain link

Stays on every 8^th section, standard (HS: half-stayed)

Stays on every 4^th section (VS: fully-stayed)

B_i 74 – 570 mm in 16 mm width sections

All pictographs

Dimensions

The maximum cable diameter strongly depends on the bending radius and the desired cable type. Please contact us.

Calculating the cable carrier length

Cable carrier length L_K: L_K≈ L_S/2 + L_B

Cable carrier length L_k rounded to pitch t

Number of glide shoes: Pitch per cable carrier length/4 x 2 -2

t [mm]	h_i [mm]	h_G [mm]	h_G' [mm]	B_k [mm]	B_EF [mm]	q_k [kg/m]
30	72	98	108	B_i + 82	B_i + 89.5	2.74 – 3.67

B_i [mm]
74	90	106	122	138	154	170	186	202	218
234	250	266	282	298	314	330	346	362	378
394	410	426	442	458	474	490	506	522	538
554	570

KR [mm]
180	250	300	370	460	600

Order example

Q100

Type

346

B_i [mm]

Stay variant

370

KR [mm]

1860

L_k [mm]

Stay arrangement

Our technical support can provide help for gliding arrangements: postmaster@metool.com

Inner distribution

Divider systems

The divider system is mounted on each crossbar as a standard – on every 8^th section for stay mounting (HS).
As a standard, dividers or the complete divider system (dividers with height separations) are movable in the cross section (Version A).

For applications with lateral accelerations and applications with the cable carrier rotated by 90°, the dividers can easily be fixed by turning the frame stay by 180°. The arresting cams click into place in the locking grids in the crossbar (version B). The groove in the frame stay faces outwards.

Divider system TS0

without height separation

Vers.	a_{T min} [mm]	a_{x min} [mm]	a_{c min} [mm]	a_{x grid} [mm]	n_{T min}
A	12	14.5	6.5	–	–
B	13	16	8	16	–

The dividers can be moved within the cross section (version A) or fixed (version B).

Divider system TS1

with continuous height separation

Vers.	a_{T min} [mm]	a_{T max} [mm]	a_{x min} [mm]	a_{c min} [mm]	a_{x grid} [mm]	n_{T min}
A	12	25	14.5	6.5	–	2
B	13	29	16	8	16	2

The dividers can be moved within the cross section (version A) or fixed (version B).

Divider system TS2

with partial height separation

Vers.	a_{T min} [mm]	a_{x min} [mm]	a_{c min} [mm]	a_{x grid} [mm]	n_{T min}
A	12	14.5^*/ 20	6.5^*/ 12	–	2
B	13	16^*/ 32	8^*/ 24	16	2

^* for VR0

With grid distribution (16 mm grid). The dividers are fixed by the height separation; the grid is movable in the cross section (version A) or fixed (version B).

Divider system TS3

with height separation consisting of plastic partitions

Vers.	a_{T min} [mm]	a_{x min} [mm]	a_{c min} [mm]	n_{T min}
A	8	16/ 42^*	8	2

^* for aluminum partitions

The dividers are fixed with the partitions. The entire divider system can be moved in the cross section.

Aluminum partitions in 1 mm width sections with a_x > 42 mm are also available.

a_x (center distance of dividers) [mm]
a_c (nominal width of inner chamber) [mm]
16 8	18 10	23 15	28 20	32 24	33 25	38 30	43 35	48 40	58 50	64 56	68 60
78 70	80 72	88 80	96 88	112 104	128 120	144 136	160 152	176 168	192 184	208 200

When using plastic partitions with a_x > 112 mm, we recommend an additional center support with a twin divider (S_T = 4 mm). Twin dividers are also suitable for retrofitting in the partition system. The height separations VR8 and VR9 are not possible when using twin dividers.

Order example

TS3

Divider system

Version

n_T

Chamber

208

a_x

VR1

VR9

Height separation

Please state the designation of the divider system (TS0, TS1,...), version and number of dividers per cross section [n_T ]. In addition, please also enter the chambers [K] from left to right, as well as the assembly distances [a_T/a_x] (as seen from the driver).

If using divider systems with height separation (TS1 – TS3), please also state the positions [e.g. VD23] viewed from the left driver belt. You are welcome to add a sketch to your order.

End connectors

Universal connection element UMB - plastic (standard)

The universal end connectors (UMB) are made from plastic and can be mounted from the top, from the bottom, face on or from the side.

Q100 Universal connection element UMB - plastic

Connection point

F – fixed point
M – driver

Connection type

U – universal end connector

Order example

UMB

End connector

Connection point

Connection type

End connector

UMB

Connection point

Connection type

We recommend the use of strain reliefs at the driver and fixed point.

Downloads

QUANTUM® series – Light, extremely quiet and low-vibration for high speeds and accelerations

Matching with

Cables for cable carriers – TRAXLINE®

Reliable, robust with high availability. Your benefit from many years of experience combined with ongoing optimization, proven in tests and praxis. TRAXLINE^® cables stand for competent system-supply with worldwide on-site service.

to TRAXLINE^®

Ready-to-connect cable carrier systems – TOTALTRAX®

From pre-assembled cables to complex, ready-to-connect systems, from lot size 1 to series – worldwide thousands of KABELSCHLEPP systems are reliably in use. The benefits of TOTALTRAX^® systems are obvious: just one person of contact, one order number, delivery just-in-time to your production facility, shortest downtimes thanks to plug&play installation.

to TOTALTRAX^®

Accessories

Reliable unrolling and optimum gliding for long travel lengths

to Support trays
to Guide channels

For optimum placement with dynamic use of cables

to Strain relief devices

Services

Product Configurator

Product Configurator

Efficient, quick and complete configuration the result is your individual product with an excellent price-performance ratio
Product configurator OnlineEngineer + suitable CAD model from CADenas without having to exit the portal

Product Configurator