SGD 28-M Lascar Electronics, SGD 28-M Datasheet - Page 3

• Manufacturer Part Number: SGD 28-M
• Description: Electronic, Configurable, Graphic TFT, 2.8 Inch, Analog Multi-Function, 4-30VDC
• Manufacturer: Lascar Electronics
• Type: Programmabler

Specifications of SGD 28-M

• Brand/series: Panel Pilot
• Digit Height: 2.4
• Display Digit Height: 2.8 Inch
• Display Type: TFT Graphic
• Meter Type: Analog, Multi-function
• Number Of Digits: Configurable
• Primary Type: Electronic
• Signal, Input: Analog
• Special Features: Programmable Function/Display
• Termination: Screw
• Voltage, Supply: 4 to 30 VDC

SGD 28-M
PanelPilot Compatible Smart Graphics Display
Panel Mounting
The SGD 28-M can be fitted into panels 1mm - 3mm deep.
A silicone seal is included to improve fitting on thin panels. The
minimum panel thickness is increased to 2mm if the seal is not
fitted. Panel cut-out is 87mm x 54.5mm.
NOTE: The display is NOT protected against moisture or dust.
Advanced Connector
The DIL IDC socket provides an alternative connection method to the
screw-teminals (V+, 0V, IN1 and IN2 are duplicated). It also includes
provision for future expansion using data buses (SPI and I2C) and
alarm ouputs. Some expansion options may require an additional
interface board - Visit www.panelpilot.com for information on which
features are currently supported.
DIMENSIONS
All dimensions in mm (inches)
Specifications liable to change without prior warning
Display
The display is a 2.8” TFT panel, with a resolution of 320 x 240 pixels and a 16-bit color depth. Any graphics that are uploaded to the meter
are automatically converted to this specification. A resistive touchscreen is fitted, for use with supporting applications. Clean the screen with a
damp, soft, lint free cloth.
DIMENSIONS:
6.7 0.3
All dimmensions in mm (inches)
15.0 0.6
19.0 0.7
7.7 0.3
35.1 1.4
WIRE SIZE: 16-26AWG
89.5 3.5
89.1 3.5
14.0 0.6
84.1 3.3
Issue 3 02/2011 S.L Applies to SGD 28-M
www.lascarelectronics.com
5.7 0.2
17.8 0.7
1.9 0.1
Viewing Area
57.6 2.3
DIGI6
DIGI4
DIGI2
ALM2
IN2
0V
V+
14
2
13
1
DAC1
DIGI5
DIGI3
DIGI1
ALM1
0V
IN1
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