5001-200103 Storm Interface, 5001-200103 Datasheet

Switch Bezel

5001-200103

Manufacturer Part Number
5001-200103
Description
Switch Bezel
Manufacturer
Storm Interface
Series
5000r
Type
Bezel with Lensr
Datasheet

Specifications of 5001-200103

Peak Reflow Compatible (260 C)
Yes
External Width
110mm
External Depth
17mm
Leaded Process Compatible
Yes
Mounting Type
Panel Mount
External Height
88mm
User Interface
Touchscreen
Size / Dimension
-
Color
Silver
For Use With
5000 Series Display Module
Lead Free Status / RoHS Status
Lead free / RoHS Compliant
For Use With/related Products
-
Lead Free Status / RoHS Status
Lead free / RoHS Compliant
For menu driven applications
in the toughest environments
• Impact resistant
• Weather sealed for outdoor use
• Clear, scratch resistant,
• Responsive menu navigation and
• Under-panel fixing through panel
• Supplied complete with panel gasket
www.storm-interface.com
10J BS EN 60068-2-75: 1997)
anti-reflective display window
option select keys
thickness of up to 2mm
5000 Series
Toughened Display Bezel
• Resistant to petrochemicals and most
• -20°C (dry) to +60°C (bezel only –
• Accomodates most LCDs with
• Available with or without
commonly used cleaning agents
display temp range specified
according to application)
mounting centers at 93 x 55mm
or 89.9 x 48.8mm
optional 122 x 32 dot graphic LCD
or 4 x 20 character LCD
technology protected by
and design registration.
international patents
All rights reserved.
products include
Storm Interface

Related parts for 5001-200103

5001-200103 Summary of contents

Page 1

... Accomodates most LCDs with mounting centers 55mm or 89.9 x 48.8mm • Available with or without optional 122 x 32 dot graphic LCD character LCD Storm Interface products include technology protected by international patents and design registration. All rights reserved. ...

Page 2

... Item Stock No. Display Bezel 3 Key 5001-20010[x] Display Bezel 3 Key 5001-20020[x] with chararcter display Note*: LCD Rating – Temperature Compensation An LCD operating voltage varies at different temperatures. The operating voltage must rise as temperature lowers or the contrast will degrade. Conversely, the operating voltage must fall as the temperature rises or the contrast will degrade ...

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