HDA_200_GB

Cat. No. 002994

HDA 200

Audiology | Special Headphones

Description

The HDA 200 is a pair of closed dynamic ear protector headphones designed

for use with audiometers.

Technical Data

Frequency response ............................................... 20 to 20,000 Hz

Transducer principle................................................ dynamic, closed

Nominal impedance ....................................................................40 Ω

Characterisitic SPL ......................................100 dB at 1 kHz, 1 mW

Load rating............................................................................. 500 mW

Ear coupling ......................................................................circumaural

Contact pressure ......................................................................... 10 N

Weight (with cable).................................................................. 330 g

Cable.................................. approx. 3 m, single-sided, open-ended

Connection code..................................................................yellow + L

black - L

red + R

white - R

Recommended Accessories

HY 100 Hygiene pad Cat. No. 053247

Features

Very high passive ambient noise attenuation

(based on PELTOR hearing protectors)

Excellent repeatability of readings

Suitable for high frequency audiometry, independent of positioning

Soft, replaceable ear pads

Padded headband for increased comfort

Single-sided cable

Design approved by the PTB (German organisation for type approvals,

a national standards organisation similar to the British Standards

Institute or the American National Bureau of Standards)

Delivery includes: 1 HDA 200

1 HY 500 headband padding

Diffuse Field Frequency Response

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HDA 200 Audiology | Special Headphones Cat. No. 002994 Description The HDA 200 is a pair of closed dynamic ear protector headphones designed for use with audiometers. Technical Data Frequency response ............................................... 20 to 20,000 Hz Transducer principle................................................ dynamic, closed Nominal impedance ....................................................................40 Ω Characterisitic SPL ......................................