6.6.1 Interface Commands
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Remarks
The <autorange> parameter does not apply to diode, thermocouple, or capacitance
sensor types, the <range> parameter does not apply to the thermocouple sensor type,
the <compensation> parameter does not apply to the diode sensor type, and the <sen-
sor excitation> parameter only applies to the NTC RTD sensor type. When configuring
sensor inputs, all parameters must be included, but non-applicable parameters are
ignored. A setting of 0 for each is recommended in this case.
INTYPE?
Input Type Parameter Query
Input
INTYPE? <input>[term]
Format
a
<input>
Specifies input to query: A - D (D1 - D5 for 3062 option).
Returned
<sensor type>,<autorange>,<range>,<compensation>,<units><sensor excitation> [term]
Format
n,n,n,n,n (refer to command for description)
Remarks
If autorange is on, the returned range parameter is the currently auto-selected range.
KRDG?
Kelvin Reading Query
Input
KRDG? <input>[term]
Format
a
<input>
Specifies which input to query: A - D
(D1 - D5 for 3062 option).
Returned
<kelvin value>[term]
Format
±nnnnnn
Remarks
Also see the RDGST? command.
LEDS
Front Panel LEDS Command
Input
LEDS <off/on>[term]
Format
n
<off/on>
0 = LEDs Off, 1 = LEDs On
Remarks
If set to 0, front panel LEDs will not be functional. Function can be used when display
brightness is a problem.
Example
LED 0[term]
—turns all front panel LED functionality off.
LEDS?
Front Panel LEDS Query
Input
LEDS?[term]
Returned
<off/on> [term]
Format
n (refer to command for description)
LOCK
Front Panel Keyboard Lock Command
Input
LOCK <state>,<code>[term]
Format
n,nnn
<state>
0 = Unlocked, 1 = Locked
<code>
Specifies lock-out code. Valid entries are 000 –999.
Remarks
Locks out all front panel entries except pressing the
All Off
key to immediately turn
off all heater outputs. Refer to section 4.7.
Example
LOCK 1,123[term]
—enables keypad lock and sets the code to 123.
LOCK?
Front Panel Keyboard Lock Query
Input
LOCK?[term]
Returned
<state>,<code>[term]
Format
n,nnn (refer to command for description)
Summary of Contents for 350
Page 4: ...Model 350 Temperature Controller ...
Page 6: ......
Page 14: ...Model 350 Temperature Controller ...
Page 28: ...14 cHAPTER 1 Introduction Model 350 Temperature Controller ...
Page 53: ...Examples of PID control 2 13 4 ManualOutput 39 www lakeshore com FIGURE 2 4 ...
Page 58: ...44 cHAPTER 2 Cooling System Design and Temperature Control Model 350 Temperature Controller ...
Page 118: ...104 cHAPTER 5 Advanced Operation Model 350 Temperature Controller ...
Page 178: ...164 cHAPTER 7 Options and Accessories Model 350 Temperature Controller ...
Page 192: ...178 cHAPTER 8 Service Model 350 Temperature Controller ...