Pm400 Mobile Military Standards; Accelerated Life Test; Pm400 Environmental Specifications - Motorola PR400 Brochure & Specs

PM400 Mobile Military Standards

Applicable MIL - STD
Temperature Shock
Solar Radiation
Salt Fog
Vibration
Shock

Accelerated Life Test

Motorola's Accelerated Life Test (ALT) is a developmental process of rigorous laboratory testing that simulates years of field use.
Motorola has a firm commitment to quality and reliability. These radios have been designed, manufactured and tested to achieve
high levels of component and workmanship quality. Motorola radios are designed to minimize costly repairs and downtime.

PM400 Environmental Specifications

Operating Temperature
Storage Temperature
Thermal Shock
Humidity
Water and Dust Intrusion
Packing Test
810C
Methods Procedures
503.1 I
505.1 I
509.1 I (48 Hours)
– –
516.2 I, III
- 30 C to + 60 C
- 40 C to + 85 C
- 40 C to + 80 C
95%RH @8Hr
IP 54
Impact test
Exceptional Durability
There's a reason why Motorola two-way radios are built to last. Motorola's rugged and
reliable radios, including the PR and PM Series radios, undergo rigorous testing in the
design process. We use U.S. Military Standards and Motorola's Accelerated Life Test, so
you can be assured Motorola radios will hold up under demanding conditions. These tests
are designed to simulate very harsh environments, including:
*
Rain – steady rainfall and wind for 30 minutes on every surface. Ideal for agriculture, light
construction, utility and public administration personnel who work outdoors in any type of
weather.
Salt Fog – 48 hours of exposure to an atomized salt solution. Hospitality staff, utility
workers and public administration personnel working near oceans or around winter salt
applications will appreciate our radios' resistance to salt corrosion.
*
Dust – 6 hours of blowing dust on all surfaces. Ideal for agriculture, light construction,
utility and public administration workers who are exposed to a variety of dusty
environments.
Vibration – up to 9 hours of exposure to vibration that simulates the rigors that portables
and mobiles could undergo while being transported. Because portables are carried by
the radio user, it's important they hold up to extensive vibration tests, and mobiles must
withstand the rigors of the road. Light construction and industrial workers, agriculture,
utility and public administration staff expect a radio to withstand any vibrations.
Shock – 18 shocks with a minimum G force of 40 Gs each make these portables and
mobiles ideal for light construction and light industrial, agriculture, public administration,
utilities and anyone who has dropped a radio at some time.
*PR400 only
810D
Methods Procedures
503.2 I
505.2 I
509.2 I (48 Hours)
514.3 I. Cat. 1
516.3 I, V
810E
Methods Procedures
503.3 I
505.3 I
509.3 I (48 Hours)
514.4 I. Cat. 1
516.4 I, V