168
c
HAPTER
8:
Service
Model 350 Temperature Controller
8.7.1 Default Values
The factory defaults can be reset, and the user curves cleared, using the Factory Reset
menu. To access the Factory Reset menu, press and hold the
Escape
key for 5 s. Once
the menu appears, set either Reset to Defaults or Clear Curves, or both, to Yes, then
highlight Execute and press
Enter
.
Default values
Input Setup – General
Default
Interface Setup – General
Default
Sensor type
NTC RTD
Enabled
USB
Sensor excitation
1 mV
Filter
Off
Interface Setup – IEEE
Default
Input name
Input A (B, C, D)
IEEE Address
12
Temperature limit
0 K (Off)
Interface Setup – Ethernet
Default
Input units
Kelvin
DHCP
On
Curve
None
Auto-IP
Off
Input Setup –
Platinum/NTC RTD
Default
Static-IP
192.168.0.12
Autorange
On
Static Subnet Mask
255.255.255.0
Current reversal
On
Static Gateway
192.168.0.1
Input Setup – Thermocouple
Input Option Card
Default
Static Primary DNS
0.0.0.0
Room comp
On
Static Secondary DNS
0.0.0.0
Room cal
Cleared
Preferred hostname
LSCI-350
Input Setup –
Capacitance Option Card
Default
Web username
user
Temperature coefficient
Positive
Web password
Alarm
Default
Output Setup
Default
Alarm
Off
Output mode
Closed loop PID (off for Output 3 and 4)
Relay
Default
Control input
Input A for Output 1; Input B for Output 2
none for output 3 and 4
Relay
Off
Heater resistance
25
)
Keypad Locking
Default
Power up enable
Off
Mode
Unlocked
Heater out display
Current
Lock code
123
Setpoint ramping
Off
PID/Manual Heater Power
(MHP) Output
Default
Display Setup
Default
Proportional (P)
50.0
Display mode
Custom
Integral (I)
20.0
Number of locations
2 (large)
Derivative (D)
0.0
Location 1 source
Input A
Manual Output
0.000%
Location 1 units
Kelvin
Heater
Default
Location 2 source
Input B
Heater range
Off
Location 2 units
Kelvin
Setpoint
Default
Location 3 source
Input C
Setpoint value
0.000 K
Location 3 units
Kelvin
Remote/Local
Default
Location 4 source
Input D
Remote/Local
Local
Location 4 units
Kelvin
Zone Settings – All Zones
Default
Location 5 source
Input A
Upper boundary
0.000 K
Location 5 units
Sensor
Proportional (P)
50.0
Location 6 source
Input B
Integral (I)
20.0
Location 6 units
Sensor
Derivative (D)
0.00
Location 7 source
Input C
Manual output
0.000%
Location 7 units
Sensor
Range
Off
Location 8 source
Input D
Ramp rate
0.100 K/min
Location 8 units
Sensor
Control input
Default
Contrast
28
TABLE 8-1
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 ...