Taylor-Wharton KRYOS Controller - Manual (Page 26)

24
KRYOS
t Turn the control off using the Power button on the front panel of the KRYOS.
Even though the control is turned off, the battery will still be recharged.
t Check all connections to the KRYOS, especially the harness plug, the wall
transformer and the battery extension cable. The wall transformer should be
plugged into the wall.
t Wait for 30-60 minutes. After this time period, the battery should have enough
power to run the control and continue charging the battery.
Battery Life
The life of the battery will vary according to many factors including use and storage
temperature. The lead-acid batteries have an expected life of 3 to 5 years. For full
functionality of your Cryostorage System we recommend that the lead-acid battery
be changed every 3 years.
INTERFACE SOFTWARE
Optional software (CRYOCOM) is available which allows a computer system to
communicate with KRYOS through the serial port on the freezer. The software
provides the capability to download the logs, review control settings, change control
settings and perform system functions such as open/close the solenoid valve, mute
the alarm, etc. Contact Taylor-Wharton for details. Please have your Cryostorage
System serial number, KRYOS serial number and version number as it appears in
ABOUT THIS CONTROL (
MENU, 6, 4).
Figure 7.0 Optional computer software program “CRYOCOM” works with
the KRYOS software system to control and monitor each unit.
The KRYOS control is also compatible with the SQR-1 Sequence that provides
sequence filling at multiple freezer locations.
Making Adjustments to the KRYOS Sensor Assembly
Table 3: KRYOS Sensor Assembly Factory Settings
CRYOSTORAGE
SYSTEM
LOW LEVEL
ALARM
START
FILL
STOP
FILL
HIGH LEVEL
ALARM
10K, 24K, 38K 2" 3" 6" 7"
LABS 20, 38, 40, 80 2" 3" 5" (at carousel) 6"
LABS 94 5" 6" 9" (at carousel 10"
*Based on standard 7-thermistor
The sensor assembly is preset at the factory for vapor phase storage. If adjustments
need to be made, the following procedure will simplify the process.
ciSmart Com is an optional product that communicates with the KRYOS control system
through the serial port on the freezer. The ciSmart Com product provides easy access to
freezer operational data. Both local and global access can be provided through a network
connection and additional feature such as data storage, reporting, graphing and status/
DODUPQRWLÀFDWLRQLVDYDLODEOH3OHDVHKDYH\RXU&U\RVWRUDJH6\VWHPVHULDOQXPEHU
KRYOS serial number and version number as it appears in ABOUT THIS CONTROL
(MENU, 6, 4).
The KYROS control is also compatible with SQR-1 Fill Sequencer that provides
VHTXHQWLDOÀOOLQJRIPXOWLSOHIUHH]HUV
24
KRYOS
t Turn the control off using the Power button on the front panel of the KRYOS.
Even though the control is turned off, the battery will still be recharged.
t Check all connections to the KRYOS, especially the harness plug, the wall
transformer and the battery extension cable. The wall transformer should be
plugged into the wall.
t Wait for 30-60 minutes. After this time period, the battery should have enough
power to run the control and continue charging the battery.
Battery Life
The life of the battery will vary according to many factors including use and storage
temperature. The lead-acid batteries have an expected life of 3 to 5 years. For full
functionality of your Cryostorage System we recommend that the lead-acid battery
be changed every 3 years.
INTERFACE SOFTWARE
Optional software (CRYOCOM) is available which allows a computer system to
communicate with KRYOS through the serial port on the freezer. The software
provides the capability to download the logs, review control settings, change control
settings and perform system functions such as open/close the solenoid valve, mute
the alarm, etc. Contact Taylor-Wharton for details. Please have your Cryostorage
System serial number, KRYOS serial number and version number as it appears in
ABOUT THIS CONTROL (
MENU, 6, 4).
Figure 7.0 Optional computer software program “CRYOCOM” works with
the KRYOS software system to control and monitor each unit.
The KRYOS control is also compatible with the SQR-1 Sequence that provides
sequence filling at multiple freezer locations.
Making Adjustments to the KRYOS Sensor Assembly
Table 3: KRYOS Sensor Assembly Factory Settings
CRYOSTORAGE
SYSTEM
LOW LEVEL
ALARM
START
FILL
STOP
FILL
HIGH LEVEL
ALARM
10K, 24K, 38K 2" 3" 6" 7"
LABS 20, 38, 40, 80 2" 3" 5" (at carousel) 6"
LABS 94 5" 6" 9" (at carousel 10"
*Based on standard 7-thermistor
The sensor assembly is preset at the factory for vapor phase storage. If adjustments
need to be made, the following procedure will simplify the process.
24
KRYOS
t Turn the control off using the Power button on the front panel of the KRYOS.
Even though the control is turned off, the battery will still be recharged.
t Check all connections to the KRYOS, especially the harness plug, the wall
transformer and the battery extension cable. The wall transformer should be
plugged into the wall.
t Wait for 30-60 minutes. After this time period, the battery should have enough
power to run the control and continue charging the battery.
Battery Life
The life of the battery will vary according to many factors including use and storage
temperature. The lead-acid batteries have an expected life of 3 to 5 years. For full
functionality of your Cryostorage System we recommend that the lead-acid battery
be changed every 3 years.
INTERFACE SOFTWARE
Optional software (CRYOCOM) is available which allows a computer system to
communicate with KRYOS through the serial port on the freezer. The software
provides the capability to download the logs, review control settings, change control
settings and perform system functions such as open/close the solenoid valve, mute
the alarm, etc. Contact Taylor-Wharton for details. Please have your Cryostorage
System serial number, KRYOS serial number and version number as it appears in
ABOUT THIS CONTROL (
MENU, 6, 4).
Figure 7.0 Optional computer software program “CRYOCOM” works with
the KRYOS software system to control and monitor each unit.
The KRYOS control is also compatible with the SQR-1 Sequence that provides
sequence filling at multiple freezer locations.
Making Adjustments to the KRYOS Sensor Assembly
Table 3: KRYOS Sensor Assembly Factory Settings
CRYOSTORAGE
SYSTEM
LOW LEVEL
ALARM
START
FILL
STOP
FILL
HIGH LEVEL
ALARM
10K, 24K, 38K 2" 3" 6" 7"
LABS 20, 38, 40, 80 2" 3" 5" (at carousel) 6"
LABS 94 5" 6" 9" (at carousel 10"
*Based on standard 7-thermistor
The sensor assembly is preset at the factory for vapor phase storage. If adjustments
need to be made, the following procedure will simplify the process.