Graphtec GL2000 High Speed Data logger

The Graphtec GL2000 4 channel data logger can be programmed for a variety of set up configurations. Capable of programming individual channels for different input signals, the GL2000 can be set to monitor the voltage input to a motor and measure the motor bearing temperature for overheating. Can be formatted to measure thermocouple, pulse or high voltage inputs up to 600 V TRMS. With a logging speed of 1mSec/Second and a large 4 gig capacity flash drive data storage capability, the Graphtec GL2000 is able to handle large amounts of data at high speed for post survey analysis. With a full colour digital display and either screw input connection or BNC, the GL2000 is an extremely flexible data logging tool for many diverse applications. The GL2000 uses advanced GL-Connection software for set up and data storage for post survey analysis.

ESS Code: HDAQ.4

• 4 Channel independent inputs
• Individual channels can be configured for thermocouple, pule or voltage 600V TRMS input
• Large capacity 4 gig flash drive data storage capacity
• High speed 1mSec/Second data capture rate
• Large 178mm LCD Screen 
• Alarm function settable for individual channels
• Measured values can be set in engineering units for transmitter outputs
• Channels can be programmed to read calculation functions of other channels (channel 2 could be set to read channel 1, multiplied by channel 3)
   

Voltage Range: 0-600 V TRMS
Accuracy: ± 1.5% of full scale RMS, ± 0.25% of full scale DC
Thermocouple inputs: Types R/S, B, K, E, T, J, N, and W
Accuracy: From ± 0.05% of reading (2.0OC) up to ± 7.0OC
Display: 178 TFT LCD Display (WVGA: 800 x 480 dots)
Dimensions: 260 x 161 x 83 mm
Weight: 1.7 kgs
 

• Mains lead
• Charger/Voltage Adaptor
• 4mm female to pin connection x 5
• BNC to 4mm dual male shrouded connection 
• BNC to 4mm Dual unshrouded connection
• Calibration Certificate
• Instruction manual
   

Lead time: 1 days

Delivery and Collection charges will be displayed in the basket at checkout stage and will vary depending upon your location and transport method applied.