"SuperLite A" Mini Meter Amplifier with Peak Hold & Analog Output

Features:
Compatable with any of our EGT probes or CHT sensors
Accepts one probe
Visible high temperature alarm LED
°F/°C selectable
Screw terminal connection
Small Size 1" High x 2" Wide x 3" Deep
Analog retransmission output (to Data Logger)
HI alarm relay & front panel LED enunciator light
Display Peak Hold Button

Specifications:
Input: K type thermocouple
Range: -325 to 2372°F (-200 to 1300°C)
Accuracy: +/-0.2% of reading (+/- 1°C)
Resolution: 1°F (1°C)
Display: 4-digit LED, 0.275 inch (7 mm high), 0.5 second update rate
Sampling rate: 4 samples/second
Power: 9 to 16 VDC
Dimensions: 1 inch x 2 inch x 3 inch (24mm x 48mm x 75mm) (1/32 DIN); 2.1 ounces
Relay contact: 30VDC @ 1 amps
Environment: 0 to 50C, 85% Max. RH (non-condensing)
Analog Retransmission Output: User Selectable; 1 to 5 VDC or 0 to 5 VDC

Description:
This compact lightweight Type K thermocouple meter is perfect for any mobile temperature measurement application. The four-digit bright red LED display is easy to read, even at a distance. Splash-resistant front panel keypad is easy to clean & wipe down. The meter has a user-selectable HI or LO alarm set point, configured through the front panel push buttons. During an alarm condition a front panel LED is enabled & an internal 1 Amp relay contact output is engaged. One touch button to place the display in Peak Temperature Hold condition.

"Super Lite A" only 2.1 ounce. Compact package, faceplate is only 1" tall & 2" wide. Accepts virtually any Type K thermocouple. 12 VDC powered. Perfect for mobile EGT monitoring. Automotive racing, trucks, motorcycles, snowmobiles, etc.

Analog Retransmission Output:
User Selectable; 1 to 5 VDC or 0 to 5 VDC


Plug & Play Compatible With The Following TSC Products:
EGT Probes - All
CHT Sensors - All
Stick-On Probes - All

Accessories
PMD-EB-000-0000-00-B Protective Box Enclosure, Black

Download PDF data sheet - Click here
Download PDF Operator's Manual - Click here
Download Quick Start Guide Click Here