MICRO-POWER CDR 2.0 User manual

MICROPOWER - User guide
Baery isolator
CDR 2.0
INTENDED USE
The baery isolator CDR 2.0 is intended for charging current
distribuon between dual baeries/baery packs but can also
be used as an automac cut-o relay.
CDR 2.0 is suitable in automove and marine applicaons.
FEATURES
• Microprocessor controlled funcon
• Low voltage drops
• On/O status indicaon via external LED
• Waterproof and shock resistant
• Plasc housing
• Compact and easy to install
• On/O funcon
• Selectable between Unidireconal/Bidireconal
• Overvoltage switch-o
• All voltage levels (on, o, overvoltage) programmable during
producon
OPERATION
OPERATION STATUS
LED indicaon CDR output Descripon
O Inacve Voltage below switch-on
level or contact no 3
connected to ground.
Steady Acve Voltage within switch-on
levels or contact no 4
connected to ground.
Flashing × 3 Inacve Voltage out of range
Flashing 0.5 Hz Acve/
Inacve
0.5 Hz
Voltage > 29.05 V
Flashing × 4,
o 1 s, on 2 s
Inacve Overvoltage protecon
Voltage > 29.17 V
MECHANICAL INSTALLATION AND DIMENSIONS
• When a baery is connected and the voltage level is above level
a and less than level b, the CDR switch on and lets the voltage
through the terminals.
• If the voltage rises above level b, the CDR switch o to protect
equipment or auxiliary baery.
• When the voltage then drops below level c, the CDR switch on
again.
• If the voltage drops below level d, the CDR switch o.
12V system 24V system
SAFETY FIRST
WARNING, risk of electric shock.
High output voltage. Do not touch uninsulated baery
terminals, connectors or other live electrical parts.
Disconnect the baery before maintenance, servicing or
dismantling.
Do not operate the unit if there is any evidence of damage.
Only qualied personnel should install, use or service this product.
Read and understand this instrucon, the baery
instrucon provided by your baery manufacture, and
your employer’s safety pracce, before using, installing,
or servicing the product.
Operaon status can be indicated by connecng a LED to the
baery isolator.
• Install the baery isolator close to the baeries and use
appropriate cables to avoid unnecessary voltage drop.
• Posion the baery isolator so that the air supply is not
obstructed.
• The baery isolator
should always be
securely fastened.
• Protect supply cables
with suitable fuse/fuses.
• Max torque = 18 Nm for
terminal T-1 and T-2.
• Max torque = 10 Nm for
mounng screws.
• Use the insulang caps
supplied.

PRODUCT AND SUPPORT INFORMATION
For more informaon, visit Micropower Support Center:
Micropower Sweden AB
Idavägen 1, SE-352 46 Växjö, Sweden
Phone: [phone]
e-mail: [e-mail]
www.micropower-group.com
ELECTRICAL INSTALLATION
1. Connect the posive terminal of the starter baery to
screw terminal T-1 (input).
2. Connect the posive terminal of the auxiliary baery to
screw terminal T-2 (output).
3. Connect an external LED between contact 1 and GND
(max 5 mA)
4. Connect contact 5 to ground (GND).
5. Connect the negave terminal of the starter baery
and the negave terminal of the auxiliary baery to
common ground.
Various oponal funcons can be installed via the contact
terminals 1-4.
CONNECTIONS OVERVIEW
T-1 Screw terminal 1, input
T-2 Screw terminal 2, output
1 LED, for connecng a LED
2 Bi/Uni, for changing the charging current distribuon
3 O, for the switch-o funcon
4 On, for the bypass funcon
5 GND
POSITIVE BATTERY CABLE CONNECTION,
UNIDIRECTIONAL
POSITIVE BATTERY CABLE CONNECTION,
BIDIRECTIONAL
Model CDR 12/24 V
Input voltage Universal 12 V or 24 V
Current limit 200 A I 100 A
Typical switch-on voltage 13.5 V I 27.4 V
Typical switch-o voltage 12.8 V I 25.6 V
Quiescent current, o < 1 mA
Quiescent current, on < 25 mA
Operang temperature –40 - +60 °C (−40 - +140 °F)
Ingress protecon (IP class) IP67
Weight 700 g
Contact terminals 6.3 mm Flat Pin connectors
TECHNICAL DATA
Doc: A03390 rev01
Print PN: 6540123
The CDR opens for charging current only in one direcon,
T-1 to T-2.
The CDR opens for charging current in either direcon,
T-1 to T-2 or T-2 to T-1.