|
2000
Thermoelectric Temperature Controller
 LaserMax's
BTC-2000 Thermoelectric Temperature Controller for LaserMax modules
features bipolar constant current output with temperature stability
of ±0.1º C, and a temperature setting range of 0º
C to 32º C. The controller was designed for applications
operating in extreme temperatures, to provide maximum stability
and prevent mode hopping. Extend the lifetime of your laser by
operating at lower junction temperatures with the BTC-2000. This
unit is compatible with all LaserMax MDL, and LFX series laser
modules. See diagram
| Temperature
Controller Output |
|
Type
|
Bipolar
Constant Current Output (Heat & Cool)
|
|
Range
|
0
to 2 Amps (Current Limit Factory Selectable)
|
|
Compliance
Voltage
|
5
Volts Minimum
|
|
Output
Power
|
10
Watts
|
|
Sensor
Type
|
10
k Ω Thermistor (Two Wire)
|
|
Temp.
Set Range
|
≤0º
C to 32º C (via potentiometer)
|
|
Stability
|
≤0.1°
C Long Term ( 24 hours)
|
| |
≤0.01°
C Short Term (10 minutes)
|
|
Set
"Temp" Read
|
°C/V
(BNC connector, switch selectable)
|
|
Actual
"Temp" Read
|
°C/V
(BNC connector, switch selectable)
|
|
Power
Indicator
|
Green
LED Power Indicator
|
|
Auxiliary
Power
|
5
Volts @ 200 mA's Available (Regulated)
|
|
Output
Connector
|
D-Sub
15 Female
|
|
Power
Input Connector
|
Detachable
IPC Cord
|
|
Input
Voltage
|
100-125,
200-250 VAC (User Selectable)
|
|
Line
Frequency
|
50/60Hz
|
|
Estimated
Size
|
4.0"
W x 6.0" L x 2.5" H
|
|
| Temperature
Controlled Mount |
|
TE
Cooler
|
3.9
Amp @ 7.62 Volts
|
|
Thermistor
|
10
k Ω Thermistor (two wire)
|
|
Beam
Height
|
0.70"
with base plate
|
|
Cooling
Range
|
≥15°
C
|
|
Adapter
Mounting
|
4-40
Threaded Holes to accept LaserMax Accessories
|
|
Accepts
Laser
|
MDL
(.431" x 1.4") LFX (.431" x 2.8")
|
|
Mounting
Block
|
1.3"
in Length Starting .25" From Front of Diode
|
|
Material/Finish
|
Milled
Aluminum/Black Anodized
|
|
Connector
|
6-Pin
Circular Connector
|
|
Mounting
|
Through
Holes on 1" Centers Standard Optical Table
|
|
Estimated
Size
|
2.3"
W x 3.5" L x 1.4" H (with base plate)
|
|
|
