Snap-In Socket Characteristics; Storage Temperature Range; Operating Temperature Range; Standard Atmospheric Condition - Sierra Wireless AirPrime HL Series Customer Process Manuallines

2. Snap-in Socket Characteristics

The Snap-in Socket is dedicated for use with any 22x23 mm HL or WP Series module from Sierra
Wireless.
Two variants of the Snap-in socket frame exists; one to support the HL series (66 signals on one ring)
and the other to support the WP series (157 signals on 2 rings). Likewise, two variants of the Snap-in
cover exists to support the 2 different module thicknesses (2.5 and 4.4 mm thickness).
The Snap-in Socket footprint is compatible with the module footprint so it is possible to design a
unique PCB that allows for either the Snap-in socket or the module to be soldered on directly.
The AirPrime Snap-in Socket has been tested with the different bearers, 2G, 3G and 4G; and can be
used to easily switch modules from the HL or WP series.
2.1.

Storage Temperature Range

Storage conditions are the range of ambient temperature where the connector housing can be stored
without load.
Storage temperature is -40°C to 85°C.
Relative humidity is 15% RH to 70% RH.
2.2.

Operating Temperature Range

The range of ambient temperature for the connector housing which can be operated continuously at
rated voltage and rated current is -40°C to 85°C, 70% RH max.
2.3.

Standard Atmospheric Condition

Unless otherwise specified, specifications are given under the following atmospheric conditions:
Ambient temperature:
Relative humidity:
Air pressure:
2.4.

Electrical Characteristics

Tests are performed in mated condition with mating applicable modules.
Items
Rated voltage/rated
current
Contact resistance
Insulation resistance
4115102
5°C to 35°C
45%RH to 85%RH
86kPa to 106kPa
Conditions
Connect with applicable modules, then
contact resistance shall be measured
between each coupled terminals.
100V DC shall be applied for 1 minute,
then measurement shall be made.
Rev 6.0
Specifications
AC/DC 50V, 0.5A
30mΩ or less
Between conductors. 100MΩ or more
June 15, 2017 9