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3. Sample thermocouple input: Provides sample thermo-
couple signal to controller.
4. Recorder output: Provides chamber and/or sample tem-
perature information to recorder for hard copy graphs.
5. RS232 Port: Computers/printers interface
6. Chamber output: Provides signal from controller to con-
trol fan, cool and cool + solenoid valves, and heater.
7. Power to freezing chamber: Provides power for fan, cool
and cool+, solenoid valves and heater.
8. Power to recorder: Connect to a power supply.
Note
: Before beginning a program run, turn the recorder power
“ON”, the chart drive power “ON” and lower the pen to the
chart paper, using the pen lever arm. For details on recorder
operation, refer to the supplemental recorder manual.
3.4 Connecting the Liquid Nitrogen Transfer Hose
Warning! Some liquid nitrogen supply tanks con-
tain a pressure capable of supplying liquid, or
gaseous nitrogen at up to 235 PSIG. Under such
conditions, change the supply tank to one with a
22 PSIG setting to provide compatibility.
Using a 7/8” open end or an adjustable wrench, connect
the transfer hose:
1. Connect hose to input flare fitting on back of chamber.
2. Connect other end of hose to the LIQUID side of the
LN
2
tank.
Important! The supply tank has a liquid fitting and a vent
fitting. Be sure to connect the nitrogen transfer hose to the
liquid fitting.
Models 1010 and 1011________________________________________________________________________Installation
3 - 2
POWER SWITCH
CHAMBER OUTPUT
RS 232 PORT
REC. OUTPUT
SAMP
CHAM
Figure 3-2