Subzero CRC 1200 User manual

DESCRIPTION
PARAMETER
Introduction
Pg.
No.
Index Index
01 CRC1200
DESCRIPTION
PARAMETER
Pg.
No.
02
CRC1200
Get to Know Your Controller
Parameter List
4
5
To set the cut-out point of the controller.
To set the Maximum System Cooling
temperature.
SET POINT
MAX SET POINT
To set the Minimum Cooling
Temperature.
MIN SET POINT
To set the differential for Compressor
restart.
DIFFERENTIAL
To set Quick Freeze Set Point.
QUICK FREEZE SP
To set Quick Freeze Duration.
To set Room Probe 1 calibration.
QUICK FREEZE DUR
ROOM PROBE CAL
To set time delay between compressors
relay restart time.
COMP TIME DELAY
To set drip time for defrost water.
DRIP TIME DUR
To set Post Drip Timings.
POST DRIP TIMING
To Set Condensor On Delay Timings.
CONDENSOR ON DLY
To set Evaporator Fan Stop
Temperature.
EVAP FAN STOP TC
To set Evaporator Restart Time Delay.
EVAP TIME DELAY
COMP ON PRB.FAIL To set compressor function during
Room probe failure.
5
6
6
8
9
10
7
7
7
8
9
9
9
10
To set Evap Fan operation when
compressor is off.
EVAP Wn COMP OFF 10
To set Evaporator Differential.
EVAP DIFFERENTIAL
To set coil probe calibration.
COIL PROBE CAL. 11
10
Key Introduction 5
Wiring Diagram
Caution & Warranty
To set Evap. Fan status during defrost.
EVAP At DEFROST
To set type of defrost.
DEFROST TYPE
To set type of computation for defrost
time.
DEFROST COMPUTING
To Set Defrost frequency.
DEFROSTFREQUENCY
To set Maximum Defrost duration.
DEFROST DURATION
To set final defrost temperature.
(Coil probe).
DEFROST STOP
TEMPERATURE
To activate power ON Defrost.
POWER ON DEFROST
To activate Solenoid Valve Relay.
PUMP DOWN
To activate Keypad Lock.
KEYPAD LOCK
To revert to Factory Parameters.
FACTORY RESET
To Save programming.
SAVE PROGRAMMING
EVAP At DOOR Open To set Evap. Fan status during Door
open condition
DEFROST DURATION IN
COIL PRB. FAIL
To set Defrost duration IN Coil probe
Failure.
12
13
13
14
14
14
14
11
11
11
12
12
13
Technical Data
Technical Data
15
16
18
17
3
Main Programming Mode 5

The CRC-1200 is a panel/wall mounted controller dedicated to
controlling the cold room and its various devices.
The controller controls the defrost in the system based on
either an electrical heater where the compressor is stopped, or
at cycle inversion using warm gas where the compressor
keeps on working.
It is also possible to select the interval between defrosts and a
maximum time out after which the defrost is interrupted. The
same probe which controls the defrost cycle is also used to
control the evaporator fans.Post drip and condensor fan
control are amongst many other features in this contoller.
There are safety features which include shutting down the
system incase of a fault from a pressure control or similar
device.
Computer Connectivity over RS485 and Remote
monitoring(Optional).
Single Operation Quick Freeze Mode(Press UP Key for 4 sec),
Set system in quick freeze mode which is time based for that
period new setpoint will be lower than running setpoint and
system will try to achieve that setpoint, after time period over
set point will be normal setpoint.
Introduction
Features:
03 CRC1200 CRC1200 04
Get to Know Your Controller
Items included
Lamp
Button
Reset
Button Defrost
Button
Program Mode
Button
Up Button
Time / Down
Button
Set Button
Power ON/OFF
Button
LED
Indications
LCD
Display
7 Segment Display
Quick
Freeze
NO.
1.
2.
3.
4.
QTY
ITEMS
CONTROLLER
SENSOR 5 METER
CATALOGUE
SENSOR 3 METER
1
1
1
1
5. 6 X 25 SCREW 3

Key Introduction
Auxiliary Key (unused)
Alarm Reset Key
Defrost Key
RST
AUX
PRG Program Key
Up Key / Quick Freeze /
Hold & Release LCD Messages
SET
Clock/Down Key
Set Key
Power Key
Lamp ON/OFF Key
Press SET Key to Enter Programming mode.
1> USER PROGRAM
MAIN SYSTEM PROGRAMMING MODE
Press SET Key to Enter in Time settings.
2> TIME SETTINGS
Press SET Key to View last 10 Fault Log.
Press SET Key to clear last Fault Log.
3> FAULT LOG
4> CLEAR FAULT LOG
Insert HOT Key and Press SET Key to
program System using external Program Key.
Press SET Key to Change Device ID.
5> COPY FROM PGM
KEY
5> DEVICE ID 1-64
05 CRC1200
Quick Freeze
SET POINT To set the cut-out point of the controller.
Display will change to set value.
The set point value can now be changed
by using the UP/DOWN key. After
desired value, press the SET key & you
will see “---” which confirms that the set
point has been stored in memory.
01
Press and hold SET key
for 4 seconds and
Release.
-20ºC 35ºC -15ºC
SET
Min: MINIMUM Max : MAXIMUM
Fact. Set : FACTORY SETTING(DEFAULT)
Sr.
No.
Parameter setting method
Description of parameters and functions.
Parameter
(LCD Message)
Range
Min Max Fact. Set
02
MAX SET POINT Function: To set the Maximum System
Cooling Temperature
To change Max Set Point
parameter, press the set key.
Use UP/DOWN key to set desired value.
Once set at a particular value, this will not
allow set points to go above this value and
below QUICK FREEZE SP setting.
Example : Setting this parameter
0 0
at 30 C if the temperature reaches 30 C,
this is the Ht (High Temperature) condition
but at power on till 20minutes controller
will not generate HT Alarm.
03
MIN SET POINT Function: To set the Minimum Cooling
Temperature.
Use UP/DOWN key to set desired value.
Once set at a particular value, this will
not allow set points to go above this
value and below QUICK FREEZE SP
setting.
Example : Setting this parameter
0
at -30 C will not allow the set point to go
0
below -30 C. Also, if temperature
0
reaches -30 C, the display will show Low
Temp. Alarm indicating that the
temperature has gone below
the value in this parameter
and at this point the alarm will
come on.
To change Min Set Point
parameter, press the set key.
SP 35ºC 35ºC
-50ºC QFSP -50ºC
06
PRG
To set other parameter
Press & hold PRG key for
4 seconds
Display will show
“Select mode I > User program mode”
Press SET key display will show set
point. To go other parameter, use
UP/DOWN keys.
CRC1200
Range
Min Max Fact. Set
Sr.
No.
Parameter setting method
Description of parameters and functions.
Parameter
(LCD Message)
Range
Min Max Fact. Set
Press SET Key to Exit Programming Mode.
7> EXIT PROGRAMMING
QFSP - QUICK FREEZE SP

07 CRC1200
Sr.
No.
Parameter setting method
Description of parameters and functions.
Parameter
(LCD Message)
QUICK FREEZE SP
Use UP/DOWN keys to set desired value.
This Parameter will set QUICK Freeze Set
Point during QUICK Freezing Defrost will
not occur.
0
Example : If this set to -20 C, and quick
freeze frequency is set to 1 hr ,then when
it is set to quick freeze mode, then the
0
Comp. will take -20 C set point for 1 hr.
To change Quick Freeze SP
parameter, press the set key.
05
Function: To set Quick Freeze Set Point.
- 0ºC5 SP -20ºC
Range
Min Max Fact. Set
QUICK FREEZE DUR
Use UP/DOWN keys to set desired value.
This is the maximum amount of time
allowed for Quick Freeze. If set to “0”,
there will be no quick freeze.
Example : see QUICK FREEZE SP
parameter.
To change Quick Freeze Dur
parameter, press the set key.
06
Function: To set Quick Freeze Duration.
0Hrs 12 Hrs 0 Hrs
Range
Min Max Fact. Set
Use UP/DOWN keys to set desired value.
0
Example : If setpoint is set at 10 C and
0
differential is set at 2 C, then when the
0
system reaches 10 C, the compressor
relay will cutout and since the differential is
0
2 C, the relay will cutin (restart)
0 0 0
at 12 C (10 C + 2 C ).
04
DIFFERENTIAL Function: To set the differential for
compressor restart.
To change DIFFERENTIAL
parameter, press the set key.
1ºC 20ºC 2ºC
Range
Min Max Fact. Set
08
CRC1200
Sr.
No.
Parameter setting method
Description of parameters and functions.
Parameter
(LCD Message)
ROOM PROBE CAL
07
Function: To set room probe 1
calibration.
To change the Room Probe Cal
parameter, press the set key.
Use UP/DOWN keys to set desired value.
-10ºC 10ºC 0ºC
Range
Min Max Fact. Set
In time it may be possible that the display
may be offset by a degree or so. To
compensate for this error, you may need
to add or minus the degrees required to
achieve the correct temperature. Setting
o o
value is from -10 C to + 10 C.
Example : The temperature on the
o
display is 28 C, whereas the actual
o
temperature is 30 C. You will need to set
the Calib. Val to 2, which means that
once out of the programming mode, the
o
temperature will show 30 C
o o
(28 C + 2 C).
Use UP/DOWN keys to set desired value.
This parameter is used to protect the
compressor from restarting in a short
period of time and can be set between 0 to
20 minutes.
Example : If this parameter is set at 3
minutes, the relay will cut off at the set
temperature, but will not restart for a
minimum of 3 minutes, even if the
differential is achieved earlier. This
parameter is good to protect the life of the
compressor or even in applications where
the probe is placed at places where there
are sudden & short changes in
temperature .
COMP TIME DELAY
08
Function: To set time delay between
compressors relay restart time.
0 Min 20 Min 3 Min
To change the Comp Time
Delay parameter, press the set
key.
Range
Min Max Fact. Set

09 10
CRC1200CRC1200
Use UP/DOWN keys to set desired value.
0 = Compressor Continuous ON.
1 = Compressor in Time Delay.
(20Min ON / 4 Min OFF)
2 = Compressor is OFF.
To set compressor function
during room probe failure.
COMP ON PROBE FAIL
11
Function: To set Compressor function
during room probe failure.
021
Range
Min Max Fact. Set
EVAP TIME DELAY
14
To change Evap Fan Stop Tc
parameter, press the set key.
O
-40 C O
35 C
EVAP FAN STOP TC
13
To change Evap Time Delay
parameter, press the set key.
0 Min 20 Min
Function: To set Evaporator Restart Time
Delay.
Use UP/DOWN keys to set desired
value.
This setting is used to limit the max.
temperature beyond which the Evap.
Fan will cut off.
Example : If this parameter is set to
O O
2 C, then Evap. Fan will cut off at 2 C.
O
2 C
Function: To set Evaporator Fan Stop
Temperature.
1 Min
Example :If this is set at 3 minutes, the
Evap. Fan relay will cut off at the temp.
set by Evap. Fan Stop TC. parameter
but the Fan will not come on for a
minimum of 3 minutes even if it’s
differential is achieved earlier.
Use UP/DOWN keys to set desired
value.
When compressor delay over Cond. Fan
will come ON first, after cond. On delay
over Comp will come ON.
CONDENSER ON DLY
To change the Condenser On
Dly parameter, press the set key.
12
Function: To Set Condensor On Delay
Timings..
0 Sec 30 Sec 15 Sec
Range
Min Max Fact. Set
DRIP TIME DUR
09
Function: To set drip time for defrost
water.
To change the Drip Time Dur
parameter, press the set key.
Use UP/DOWN keys to set desired
value.
During this period Compressor,
Evaporator Fan, LSV relay and Heater
will stay off so that the defrost water can
drip and drain out.
0 Min 30 Min 1 Min
Range
Min Max Fact. Set
Range
Min Max Fact. Set
To change the Post Drip Timing
parameter, press the set key.
POST DRIP TIMING
10
Function: To set Post Drip Timings.
Use UP/DOWN keys to set desired
value.
During this timing Compressor is ON
and Evaporator Will remain OFF also
Heater is OFF.
15 Sec 99 Sec 30 Sec
Range
Min Max Fact. Set
Range
Min Max Fact. Set
Use UP/DOWN keys to set desired value.
0 = Evap Fan is off when compressor is
OFF.
1 = Evap fan will stay on when
compressor is OFF.
To change Evap Wn Comp Off
parameter, press the set key.
011
EVAP Wn COMP OFF
15
Function : To set Evap Fan operation
when compressor is off
Range
Min Max Fact. Set
Range
Min Max Fact. Set
Sr.
No.
Parameter setting method
Description of parameters and functions.
Parameter
(LCD Message)
Sr.
No.
Parameter setting method
Description of parameters and functions.
Parameter
(LCD Message)
Range
Min Max Fact. Set
Range
Min Max Fact. Set
To change Evap Differential
parameter, press the set key.
EVAP DIFFERENTIAL
16
Function : To set Evaporator Differential.
Use UP/DOWN keys to set desired value.
Example:If Evap Fan Stop Tc parameter
0
is set to 2 C, and if EVAP
0
DIFFERENTIAL parameter is set to 2 C,
0
then Evap. Fan will cut off at 2 C and
0 0 0 0
restart only at 0 C(2 C-2 C = 0 C).
1OCO
20 C O
2 C
Range
Min Max Fact. Set
Range
Min Max Fact. Set

11
DEFROST COMPUTING
21
Function: To set type of computation for
defrost time.
To change Defrost Computing
parameter, press the set key.
0 1 0
Use UP/DOWN keys to set desired
value.
0 = Total of real time.
Example : This means that the time
calculation for defrost frequency will be
for the total hours the unit has been
running.
1 - Sum of total compressor operating
times. This means that for time
calculation, the unit will add the total
time the compressor has been in an ON
mode.
It keeps a record of the hours worked +/-1
Hour incase of a power failure.
Example : If Defrost frequency is set to 6
hrs. and 3 ½ hrs have passed after unit
has started and power fails, then defrost
cycle will stat after 3 hours when power
resumes.
12
CRC1200CRC1200
To change Coil Probe Cal.
parameter, press the set key.
COIL PROBE CAL.
17
Range
Min Max Fact. Set
Range
Min Max Fact. Set
EVAP At DEFROST
18
Function: To set Evap. Fan status during
defrost.
Use UP/DOWN keys to set desired
value.
0 = Evaporator Fan will stay OFF during
defrost.
1 = Evaporator Fan will stay ON during
defrost.
To change Evap At Defrost
parameter, press the set key.
0 1 0
Range
Min Max Fact. Set
Range
Min Max Fact. Set
010
EVAP At DOOR OPEN
Use UP/DOWN keys to set desired
value.
0 = ON
1 = OFF
19
Function : Evap fan status during door
open condition.
To change Evap at Door Open
parameter, press the set key.
Range
Min Max Fact. Set
Range
Min Max Fact. Set
In time it may be possible that the display
may be offset by a degree or so. To
compensate for this error, you may need
to add or minus the degrees required to
achieve the correct temperature. Setting
o o
value is from -10 C to + 10 C
O
-10 C O 10 C O 0 C
Function: To set coil probe calibration.
Use UP/DOWN keys to set desired
value.
Sr.
No.
Parameter setting method
Description of parameters and functions.
Parameter
(LCD Message)
Sr.
No.
Parameter setting method
Description of parameters and functions.
Parameter
(LCD Message)
DEFROST TYPE
Use UP/DOWN keys to set desired
value.
0 = Heater defrost in which case
Compressor is OFF.
1 = Hot gas defrost where Compressor
is ON.
20
Function : To set type of defrost.
To change Defrost Type
parameter, press the set key.
0 1 0
Range
Min Max Fact. Set
Range
Min Max Fact. Set
DEFROST FREQUENCY
Use UP/DOWN keys to set desired
value.
This is the amount of time between two
defrost cycles.
22
Function: To Set Defrost frequency.
To change Defrost Frequency
parameter, press the set key.
1 Hrs 12 Hrs 4 Hrs
Range
Min Max Fact. Set
Range
Min Max Fact. Set
Range
Min Max Fact. Set
Range
Min Max Fact. Set
Use UP/DOWN keys to set desired value.
This is the maximum amount of time
allowed for a defrost. If set to 0, there will
be no defrost cycle.
To change Defrost Duration
parameter, press the set key.
DEFROST DURATION
23
Function:To set Maximum Defrost
duration.

13
1Min 10 Min 5 Min
To change Defrost Duration IN
Coil PRB. Fail parameter, press
the set key.
DEFROST DURATION
IN COIL PRB.FAIL
26
Function: To set Defrost duration IN Coil
probe Failure.
This is the maximum amount of time
allowed for a defrost IN Coil probe fail.
Example : If this is set to 5 minutes,
then Manual defrost for 5 minutes will
take place during Coil probe fail.
010
To change Pump Down
parameter, press the set key.
PUMP DOWN
27
Function: To activate Solenoid Valve
Relay.
Use UP/DOWN keys to set desired value.
0 = SV relay will not activate.
1 = SV relay will get activated and will cut
out and cut-in according to set
temperature.
KEYPAD LOCK
28
To change Keypad Lock
parameter, press the set key.
0 1 0
Function: To activate Keypad Lock.
This parameter can lock the keypad so
that tempering is not possible by by-
standers.
0 - deactivates keypad lock.
1 - activates keypad lock.
This parameter can lock the keypad so
that tempering is not possible by-
standers. When locked all parameters
can only be viewed, but not modified.
FACTORY RESET
29
Function: Revert to Factory Parameters.
To change Factory Reset
parameter, press the set key.
Use UP/DOWN keys to set desired value.
1=Revert to factory set parameters.
If we set this parameter 1 and press set
Key then all factory default parameter
will get loaded.
0 1 0
SAVE PROGRAMMING
Use UP/DOWN keys to set desired value.
1> Send To External Key.
2> Exit Programming.
30
Function: To save system programming
parameters.
To change Save Programming
parameter, press the set key.
14
CRC1200CRC1200
0 Min 45 Min 15 min
Example : If this parameter is set to 15
minutes, and Defrost frequency
parameter is set at 1 hr. Then ‘1 hr’ after
power is applied to the controller,
defrosting for 15 minutes will take place.
This cycle will repeat every ‘1 hr’.
Sr.
No.
Parameter setting method
Description of parameters and functions.
Parameter
(LCD Message)
Sr.
No.
Parameter setting method
Description of parameters and functions.
Parameter
(LCD Message)
O
0 C O
15 C O
4 C
To change Defrost stop
temperature parameter, press
the set key.
DEFROST STOP
TEMPERATURE
24
Function: Final defrost temperature. (Coil
probe).
Use UP/DOWN keys to set desired value.
This is the maximum temperature
allowable at which the defrost process will
stop.
DEFROST STOP
TEMPERATURE
Example :If this parameter is set to
0
7 C,then if defrosting is
in progress then when
temperature reaches
0
7 C, the defrost process will stop.
010
To change Power ON Defrost
parameter, press the set key.
POWER ON DEFROST Function: To activate power ON Defrost.
Use UP/DOWN keys to set desired value.
This parameter will decide to start power
ON defrost or Not.
This also depend on Coil Temperature
0 = No Power Up Defrost
1 = Power Up Defrost
23
25
Range
Min Max Fact. Set
Range
Min Max Fact. Set
Range
Min Max Fact. Set
Range
Min Max Fact. Set
Range
Min Max Fact. Set
Range
Min Max Fact. Set
Range
Min Max Fact. Set
Range
Min Max Fact. Set
Range
Min Max Fact. Set
Range
Min Max Fact. Set
Range
Min Max Fact. Set
Range
Min Max Fact. Set
Range
Min Max Fact. Set
Range
Min Max Fact. Set

1
2
3
4
5
6
7
Compressor
Condenser Fan
Evaporator Fan
Pump Down
Defrost Heater
Panel Lamp
Alarm
8(3)A/250VAC (Inductive)
8(3)A/250VAC (Inductive)
8(3)A/250VAC (Inductive)
8(3)A/250VAC (Inductive)
8(3)A/250VAC (Inductive)
8(3)A/250VAC (Inductive)
8(3)A/250VAC (Inductive)
C, NO, NC
C, NO
NO
NO
NO
NO
NO
Output Contact
Rating
Contact
Arrangement
Output
Nomenclature
Sr.
No
Power supply
Controller Input Supply : 230VAC, +/-15%, 50Hz
Digital Inputs
Digital Inputs : 4Nos.
Digital Input type : 230 VAC, 3Nos.
Potential Free Contacts 1Nos.
Input Nomenclature :
1) SPPR Input
2) High pressure input from compressor
3) Low pressure input from compressor
4) Door Input(Potential Free Contacts Input)
Sensors
1)Temperature Sensor: (Room temperature & Coil temperature)
Sensor Type: NTC Thermistor
Resolution : +/-1deg.C
Accuracy : +/-1deg.C
0 0
Range : -50 C to 35 C.
Digital Outputs
Digital Outputs : 7
Type : Relay
User Interface
Display : 2 Digit Seven Segment Display (Red)
(1.00” and 8 LEDs for indication.)
16X2 LCD Display For System Status
Keypad : 9 keys (may change)
Rs485 Connectivity : Modbus RTD Protocol
Baud Rate : 9600, N, 8, 1
Device ID : 1 (By Default)
Hot Key(Optional)
Housing
Material : ABS plastic.
Front cover : Polycarbonate plastic.
Dimensions : Length 227mm, Width 200mm, Depth 93 mm
Mounting : Panel/Wall mounting with screws.
Key Features:
· PC Connectivity Using Modbus RTU Open Protocols over
RS485 and can be Interfaced with any BMS system which
supports Modbus RTU Protocols.
· Remote monitoring and control using GUI Software (optional).
· Inbuilt RTC.
· QUICK Freeze Mode.
· Evaporator Fan Control based on Coil temperature.
· Door Input (Potential Free Contacts).
· Last 10 Fault Logs.
· LCD Display to show System Status and as user guide while
· programming.
· Time Based Defrost Cycle
· Manual Defrost Key
· Power Switch Key.
· Software Precaution to avoid multiple Defrost
· Additional Condenser Fan Relay
· Hot Key for programming (optional).
· Post Drip function after defrost cycle
· Software enabled power up defrost cycle
· Real time computing for Defrost cycle timing.
Technical Data Technical Data
15 16
CRC1200CRC1200

Suggested wiring Diagram
WIRING : The probe and its corresponding wires should never be installed
in a conduit next to control or power supply lines. The electrical wiring
should be done as shown in the diagram. The power supply circuit should
be connected to a protection switch. The terminals admit wires of upto
2.5sq mm.
WARNING : Improper wiring may cause irreparable damage and personal
injury. Kindly ensure that wiring is done by qualified personnel only.
Maintenance : Cleaning : Clean the surface of the controller with a soft
moist cloth. Do not use abrasive detergents, petrol, alcohol or solvents.
Controller
Controller should be installed in a place protected by vibration, water and
corrosive gasses and where ambient temperature does not exceed the values
specified in the technical data.
Probe
To give a correct reading, the probe must be installed in a place protected from
thermal influences, which may affect the temperature to be controlled.
17 18
CRC1200 CRC1200
LP
Phase IN
Phase OUT
17
18
19
HPLP SPPR N
DIGITAL INPUTS
16
HEATER
1
12 10
4
LVM
EVAPORATOR
CONDENSOR
LSV
LAMP
HP
COMP
EVAP LSV HEAT LAMP
L N
NO C
NO NO CC NC
NO NO NO NO
COND.
(Optional)
L1
2
MCB1 N
COMPRESSOR
13 11 97
12 10 8
15 6 5431
230V
ALARM
COIL
PROBE
ROOM
PROBE
+
RS485
25 23
24 22
26 21
DOOR INPUT
27
-
Caution

The information in this document is subject to change in order to improve
reliability, design or function without prior notice and does not represent a
commitment on the part of the company. In no event will the company be liable
for direct, indirect, special, incidental or consequential damage arising out of
the use or inability to use the product or documentation, even if advised of the
possibility of such damages. No part of this manual may be reproduced or
transmitted in any form or by any means without the prior written permission of
the company.
Notice
Disclaimer
Warranty
This manual & its contents remain the sole property of A.S.Controls Pvt.Ltd.,
India and shall not be reproduced or distributed without authorization. Although
great care has been taken in the preparations of this document, the company
or its vendors in no event will be liable for direct, indirect, special, incidental or
consequential damage arising out of the use or inability to use the product or
documentation, even if advised of the possibility of such damages. No part of
this manual may be reproduced or transmitted in any form or by any means
without the prior written permission of the company. A.S.Controls Pvt.Ltd.
reserves the right to make and changes or improvements without prior notice.
This product is warranted against defects in materials and workmanship for a
period of one year from the date of purchase. During the warranty period,
product determined by us to be defective in form or function will be repaired or,
at our option, replaced at no charge. This warranty does not apply if the product
has been damaged by accident, abuse, and misuse or as a result of service or
modification other than by the company. This warranty is in lieu of any other
warranty expressed or implied. In no event shall the company be held liable for
incidental or consequential damages, such as lost revenue or lost business
opportunity arising from the purchase of this product.
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19 CRC1200 03 / 27.08.11