t
= is the average time of use between the
cycle
start
of
two
successive
TM
component dynasafe
d
, h
and t
have to be defined by the
op
op
cycle
installation user.
Then, the MTTF
could be classified in a range:
D
Low, medium or high as proposed by EN ISO
13849-1 in table 4
MTTF
Denotation of each
channel
Low
Medium
High
Achieved PL:
Wire rope
Type
Code
diameter mm Capacity daN
Mecha
From 5 to 16
293599
3.2
4.
Installation
TM
dynasafe
Mecha 3.2
Product must be installed by a
qualified technician.
4.1.
Parts list of load limiter and its
environment
See figure 2.
1
Connecting cable
2
Cable gland
3
Adjustment screw and nutlock
4
Assembling pin
5
Nameplate
6
Guide
7
Switch cover
8
Mobile half clamp
9
Mounting screws and nut
10
Fixed half clamp
cycles
of
the
Mecha 3.2 in this case.
D
Range of each
channel
3 years ≤ MTTF
< 10 years
D
10 years ≤ MTTF
< 30 years
D
30 years ≤ MTTF
≤ 100 years
D
From 200 to
3200
of
load
limiter
After that, achieved PL is issued out by a
diagram (figure 5 in EN ISO 13849-1) taking in
consideration
category,
capability and MTTF
DC factor is 'none' (no diagnostic coverage
possibility).
DANGER: The integrator must take care that
the inductive load could damage the device
and could reduce the electrical life duration.
We strongly recommend not to exceed an
apparent power of 80VA with 48VAC voltage
max.
3.5.
Designation,
and outline dimensions
Width mm
Length mm
112
160
11
Compression pin
12
Deformation cell
13
Pull wire rope
4.2.
Installing
limiter on the wire rope
Important: Before applying a load and
if no factory presetting has been
requested, make sure the adjustment screws
(rep 3 fig.2) are un-screwed to the maximum.
Failure to do so will result in risk of destruction
of micro-switches by crushing.
If the wire rope diameter does not correspond
to the load range, the load information will be
the decisive information.
DC
monitoring
. Without failure detection
D
characteristics
Thickness
Weight kg
mm
48
0.9
the
load
GB
GB
DE
NL
ES
IT
PT
GR
NO
SE
FI
DK
PL
RU
9