Festo NEBM-S1G9-E-***-N-C1G6 Assembly Instructions page 2

Assembly instructions (original: de)
8025131
1305NH
Motor cable
NEBM-S1G9-E-...-N-C1G6
1. Parts list
18867d_1
2 3 1 4
0.5 Nm _ 10%
Note
In order to avoid material damage and operative malfunctions:
 Mount or dismantle only in a de-energised state.
2)
2. Pin allocation
Motor
3. Earthing
 Connect the cable lug 5 to the earth potential
4. Technical data
NEBM-S1G9-E-...-N-C1G6
Cable composition
Cable diameter
Min. cable bending radius
Distance from the fastening
Protection
Ambient temperature
With flexible cable installation
Information on materials
Cable sheath
1)
Tightening torque for mounting on the controller ( corresponding description)
2)
Colour according to DIN IEC 757, DIN IEC 60757
†‡
Festo AG & Co. KG
Postfach
73726 Esslingen
Germany
+49 711 347-0
www.festo.com
1 Cable
Motor end:
2 D-sub socket
9-pin
3 Screw
5
Controller end:
4 Spring-loaded
terminal 6-pin
1)
5 Cable lug
188
67d
2
_2
Controller
1)
( M4 bolt).
[mm²]
6x0.34/AWG22, screened
[mm]
D 6.2
[mm]
R 62
[mm]
A 160
IP30 in assembled state
[°C] −40 ... +80
[°C] −5 ... +80
Polyurethane (PUR)
5. Instructions for cables in energy chains
Note
If there is a chain breakage:
The cables can be damaged due to overstretching.
 Replace all the cables after a chain breakage.
With a vertical energy chain:
The cables will stretch during operation.
 Ensure that there is more clearance "X" than specified in assembly step 3.
 Check the length of the cables after a short operating period and adjust, if
necessary.
6. Fitting the cables in energy chains
1. Lay the chain out lengthwise.
2. Place the cables in the energy chain, making sure they are not twisted.
Lay out or hang the cables first, if necessary.
3. Lay the cables loose next to each other in the energy chain, if possible
separated from each other by separators or holes. Ensure the clearance
(1x)
"X" of the cables is 10% of the cable diameter "D". Avoid placing cables
on top of each other if separators are not used.
(1x)
(2x)
(1x)
(1x)
7435d_3
4. After laying the cables, place the chain in the working position.
188
67d 5. Make sure that the bending radius of the cables is not smaller than the
4
_3
permitted bending radius "R".
6. Make sure that the cables can move freely in the bending radius "KR"; the
cables must not be forced through the chain.
188
67d
_4
7435d_4
7. Leave the cables loose in the chain, do not tie them together.
8. Fasten the cables at both ends of the chain ( Fig. 1).
9. With long energy chains, in which the upper run lies on the lower run;
fasten the cables only at the driver end ( Fig. 2).
10. Make sure that the cables are on no account moved all the way to the
fastening point. Make sure the spacing between the end point of the
bending movement and the attachment is as large as possible
however, this must be equivalent to mounting space "A" at the very least.
Fig. 1
7435d_2
KR › R
Fig. 2
7435d_1