Technical Document
Specifications
Brand
LascarCurrent Type
DC
Number Of Digits
3.5
Display Type
LCD
Cutout Height
32mm
Cutout Width
62mm
Depth
8.5mm
Supply Voltage
3.5 → 7 v DC
Digit Height
6.4 mm
Meter Accuracy
±1 %
Analogue Effect
Digits Only
Minimum Temperature
0°C
Meter Type
Voltmeter
Maximum Temperature
+50°C
Country of Origin
China
Product details
6.4mm, 3 Digit Dual Channel Meter
Adjustable annunciators
For applications where two readings e.g. current/voltage or temperature/humidity are required
Auto-zero, auto-polarity
Selectable decimal points
Single rail input
Input leakage current; 1pA (typ.), 10pA (max.)
Plugs directly into a 10-pin single in line socket
Integral carrier and window, with separate mounting bezel
Temperature stability zero drift 100 ppm/°C
3.5 - 7 Vdc operating voltage range
LCD 5.5 to 19mm Digit Height
All have an operating temperature range of 0 to 50°C unless specified otherwise.
SR 461.28
SR 461.28 Each (ex VAT)
SR 530.47
SR 530.47 Each (inc. VAT)
1
SR 461.28
SR 461.28 Each (ex VAT)
SR 530.47
SR 530.47 Each (inc. VAT)
1
Stock information temporarily unavailable.
Please check again later.
Technical Document
Specifications
Brand
LascarCurrent Type
DC
Number Of Digits
3.5
Display Type
LCD
Cutout Height
32mm
Cutout Width
62mm
Depth
8.5mm
Supply Voltage
3.5 → 7 v DC
Digit Height
6.4 mm
Meter Accuracy
±1 %
Analogue Effect
Digits Only
Minimum Temperature
0°C
Meter Type
Voltmeter
Maximum Temperature
+50°C
Country of Origin
China
Product details
6.4mm, 3 Digit Dual Channel Meter
Adjustable annunciators
For applications where two readings e.g. current/voltage or temperature/humidity are required
Auto-zero, auto-polarity
Selectable decimal points
Single rail input
Input leakage current; 1pA (typ.), 10pA (max.)
Plugs directly into a 10-pin single in line socket
Integral carrier and window, with separate mounting bezel
Temperature stability zero drift 100 ppm/°C
3.5 - 7 Vdc operating voltage range
LCD 5.5 to 19mm Digit Height
All have an operating temperature range of 0 to 50°C unless specified otherwise.