12-2 Installation BE1-CDS220
3. To select operation at the higher end of the control voltage range, position the blue jumper on the
two terminals closest to the rear of the circuit board (pins 2 - 3). Use care when removing each
jumper so that no components are damaged.
4. When all jumpers are positioned for operation in the desired control voltage range, prepare to
place the drawout assembly back into the case.
5. Align the drawout assembly with the case guides and slide the assembly into the case.
6. Push the latches down until they are parallel with the front panel.
R43
R44
W8
1
R81
R82
C44
C15
C45
P0001-14
11-19-03
CONTACT
SENSING
JUMPER
F
R
O
N
T
R
E
A
R
Pin 3
Pin 2
Pin 1 is
labeled
Figure 12-1. Contact Sensing Input Jumper Locations
REGISTRATION OF RELAY
End users are encouraged to register their relays with Basler Electric. A label on each relay directs users
to complete registration on-line at
http://www.basler.com/register
. Registering your relays(s) with Basler
Electric will give you Internet access to the latest BESTCOMS software and firmware updates for your
devices. In addition, registration also allows Basler Electric to contact you if a problem is found in the
design or manufacturing of our products that might affect you. The registration process only takes a few
minutes. Please have the serial number(s) of your relay(s) available when registering.
MOUNTING
Because the unit is of solid-state design, it does not have to be mounted vertically. Any convenient
mounting angle may be chosen. BE1-CDS220 Current Differential Systems are available in Basler
Electric's MX case design. MX cases are fully drawout with current circuit shorting provisions. MX cases
are available in three configurations: a standard 19-inch rack horizontal mount, a horizontal panel mount,
and a vertical panel mount. The vertical panel mount configuration fits cutout and panel drilling
dimensions (when mounting flange is moved to the back set of mounting holes) of Basler Electric M1, GE
M1 and M2, and Westinghouse FT31 and FT 32 size cases.
Summary of Contents for BE1-CDS220
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Page 36: ...ii Quick Start BE1 CDS220 This page intentionally left blank...
Page 48: ...ii Input And Output Functions BE1 CDS220 This page intentionally left blank...
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Page 112: ...ii Metering BE1 CDS220 This page intentionally left blank...
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Page 166: ...ii BESTlogic Programmable Logic BE1 CDS220 This page intentionally left blank...
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Page 234: ...8 56 Application BE1 CDS220 This page intentionally left blank...
Page 236: ...ii Security BE1 CDS220 This page intentionally left blank...
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Page 258: ...ii ASCII Command Interface BE1 CDS220 This page intentionally left blank...
Page 422: ...14 32 BESTCOMS Software BE1 CDS220 This page intentionally left blank...
Page 424: ...ii Time Current Characteristics BE1 CDS220 This page intentionally left blank...
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