Cedes IMS 100, Installation And Operation Manual

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IMS 100
Installation and Operation Manual
8 www.cedes.com © CEDES/April 2014
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Make sure that the power supply voltage available for
IMS 100 is +24 VDC ±10%. The power supply has to
provide at least 250 mA for proper operation.
Important note: The Universal Power Supply
(CEDES P/N 103 600) cannot be used as Power
Supply for the IMS 100. The min. required current
consumption of IMS 100 is 200 mA.
Use the power line converter (CEDES P/N 106 666 or
P/N 111 014) or any 24 V power supply with at least
6 W available on the market.
Cable connection of IMS 100
Cable color Connected to
Brown U
SP
= +24 VDC ±10%
Blue GND (0 V)
Black Output (Door re-open signal)
White Timeout Selector
IMS 100 on PNP load
U
SP
(brown)
Out (black)
0 V (blue)
µ µ
C
Timeout
Selector
(white)
Load
PNP
i
PNP
Output logic
3D
Output
(Black connector)
LED
(Red)
Object Low, 0 VDC LED on
No object High, 24 VDC LED off
Important note:
The IMS 100 detects moving persons and objects.
The recalibration time of IMS 100 is set to 1.5 s. This
means a moving object that becomes static for more
than 1.5 s is then ignored by the IMS 100.
Timeout function
When a moving person or object is detected within the
sensor's field of view (approximately 900 mm wide by
200 mm depth), the semiconductor output will transi-
tion to inactive (low, e.g. 0 VDC).
The IMS 100 can also be configured so that the semi-
conductor output will automatically transition to active
(high, e.g. 24 VDC) after a fixed 18-second timer has
expired (e.g. for nudging).
The timeout setting can be changed based on the
signal connected to the timeout selector (white con-
ductor) as shown in the following table.
Timeout selector connection (white
conductor) has to be connected
either/or
Timeout
setting
Connected to U
SP
18 s *
Connected to 0 VDC (GND) Infinity
Important note:
* The timer begins to count after the first sensor trig-
gering. After this time the sensor will be disabled until
the next door opening.
Important note:
IMS 100 meets all standards for
resistance to electromagnetic interference (EMI).
However, it is prudent to guard against interference
Therefore, do not guide the connection cables close
to cables carrying high voltage and/or high current.
The IMS 100 cables should also be mounted as far
away as possible from the door drive motor or motor
inverter (variable voltage, variable frequency drives)
to avoid EMI problems.
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Integrating the IMS 100 sensor into a new or existing
door protection system can be accomplished in sev-
eral ways depending on the elevator control system
requirements. The following block diagrams outline
examples for incorporating the IMS 100 into an exist-
ing system. Several other methods for integrating the
IMS 100 with existing systems are also possible.
Should you have any questions, or if you require ap-
plication assistance, please contact CEDES or your
local distributor.