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(CRS-HDHSED) Enhanced Digital Behind the Head H/Duty Headset

(CRS-HDHSED) Enhanced Digital Behind the Head H/Duty Headset

$545.00AUD
$545.00AUD
Sale Sold out

List Price EX. GST

CRS-HDHSEDIL-STP

Connector Chart

Please note: If no cable is selected, no connector will be included.

Enhanced Digital Heavy Duty Behind the Head Noise Cancelling Headset

Optimised for use with digital two-way radios offers outstanding audio clarity.

Key Features:

Test Condition

Standard Test Condition The general test conditions should be:

Temperature 10 to 35°C, Normal humidity 45 to 80%.

If uncertainty arise in data, the test condition should be:

Temperature 20±2°C, humidity 60 to 70%
Work Environment Condition The working condition should be:

Environment temperature -25 to 55°C

Relative humidity less than or equal to 96%

Atmospheric pressure barometric 86 to 106kPa

The environment noise less than or equal to 110dB
Storage Environment Condition The deposit environment condition should be:

Environment temperature -40 to 55°C

Relative humidity less than or equal to 96%

Atmospheric pressure barometric 86 to 106kPa

The environment noise less than or equal to 110dB

Mechanical Standard

Type Heavy Duty Headset Enhanced Digital
Dimensions 240mm x 120mm x 100mm Approx.
Weight 420±15 Grams

Environmental Compliance

RoHS – Restriction of Hazardous Substances The product is compliance with the Directive 2002/95/EC (of the European parliament and of the council of 27 January 2003 on the restriction of the use of certain hazardous substance in the Electrical and electronic equipment) Known as RoHS Directive.
 

Maximum Content (by weight) of each Restricted Material

 Banned Substance Maximum concentrations
Lead (Pb) 1000 PPM
Lead in copper alloy 40000 PPM
Lead in steel 3500 PPM
Lead in aluminium alloy 4000 PPM
Lead in solder 1000 PPM
Cadmium (Cd) 100 PPM
Mercury (Hg) 1000 PPM
Hexavalent Chromium (Cr*6) 1000 PPM
Polybrominate biphenyls (PBBs) 1000 PPM
Polybrominate biphenyl ethers (PBDEs) 1000 PPM

Electrical Specifications for Speaker section

Speaker Dimensions ɸ26mm
Speaker DC Impedance 8 Ohms±15%
Rated Input Power 1.0W
Max. Input Power 1.5W For 1 Minute
Sensitivity 94dB±4dB/1W(2830Mv) 1KHz 10cm 1. Input Signal 1W with Electric Sound Device Analyzer.
Operation Test Must be normal Program Source 1.0W
Distortion 5% Max. Rated Input at 1KHz

Electrical Specifications for Microphone section

Microphone Type Electret Microphone
Microphone Dimensions ɸ6.0×2.2mm
Output Impedance ≤2200 Ohms
Working Voltage DC1.0~10V
Current Consumption ≤0.5mA (4.5V,2.2K)
Directivity Noise Cancelling/Bidrectional
Sensitivity -42dB±3dB at 1KHz Input Signal U=4.5V; R=2.2KΩ

Using Electric Sound Device Analyzer.

Environmental Test

Low Temperature Storage Test 1. The tested units shall be kept for 24 hours in the environment chamber which is set to the temperature conditions of -40 centigrade.

2. The tested units shall be measured for performance by Electric Sound Device Analyzer tester after leaving the tested units at normal temperature for 5 hours.

3. The changes of Speaker and Microphone sensitivity should not be more then 3dB, compared to the initial level; without deformation, cracking undesirable phenomena.
High Temperature Storage Test 1. The tested units shall be kept for 24 hours in the environmental chamber which is set to the temperature of 55 centigrade.

2. The tested units shall be measured for performance by Electric Sound Device Analyzer tester after leaving the tested units at normal temperature for 5 hours.

3. The changes of Speaker and Microphone sensitivity should not be more than 3dB, compared to the initial level; without deformation, cracking undesirable phenomena.
Drop Test (Finished Protect) 1. Height of drop: 152.4cm.

2. Times of drop: 10 times.

3. Opertating of drop: Take the headband, free-fall

4. The tested units should not become detached except the cushions and sponges, any part should not be cracked, and communication function should not be damaged.
Vibration Test 1. Vibrate frequency: 14Hz-33Hz.

2. Vibrate acceleration: 98m/s2.

3. 1 hour per axis.

4. The changes of Speaker and Microphone sensitivity should not be more than 3dB, compared with the initial level; any part should not be cracked or become detached.
Salt Spray Test 1. Sodium chloride (NaCI) solution concentrate: 5±1%(w/w).

2. PH value: 6.5-7.2.

3. Chamber Temperature: 33.3~37

4. Exposure period: 24hrs.

5. Requirement: No metal parts rust, no coating off.
Pulling Test (Cable) 1. The cable should be able to withstand at least 8KG pulling force.
Goose Neck Torque Test 1. Fix the MIC case and the Good Neck 2.5cm apart from the MIC case into torque tester.

2. The MIC case should be able to withstand at least 0.25NM torque without loose.
PTT Switch Life Test 1. Holding down the button of PTT and release it is one cycle of the PTT life test. The PTT switch should function well after 50000 cycles.
Headband Force Measurement 1. Test Condition: Remove all the earmuffs, put the headband at the initial position. Pull the cups to maintain 165mm distance, record the data after stabilized for 5~10s.

2. The initial Headband force is (900±200) gf.
MIC Boom Bending Test 1. Fix the cup, and then rock MIC boom60 degree left, 60 degree right, the total rocking angle is 120 degree.

2. A cycle of rocking rest means that rock MIC boom from the left side to the right side and then back to the left side.

3. The MIC boom is solid after 5000 cycles rocking test.
Cushion Mounting Test 1. Assemble ear cushion into cup repeatedly. No degradation in mechanical function after 10 cycles.
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