Microphones with gooseneck for mobile and stationary use
Devices from the MG-60 series feature excellent mechanical robustness, a frequency response optimized for voice transmission, as well as outstanding noise cancellation. MG-60 series microphones can be equipped with a dynamic or electret capsule. Both variants offer excellent speech intelligibility even in very noisy environments.
Product Variants
With dynamic transducers (200 Ω)
Speakign distance
Proximity
(approx. 5 cm)
Proximity
(approx. 5 cm)
Medium
(30 cm – 100 cm)
Medium
(30 cm – 100 cm)
Medium
(30 cm – 100 cm)
Gooseneck
Ø 13 x 250 mm
Ø 13 x 400 mm
Ø 11 x 200 mm
Ø 11 x 250 mm
Ø 13 x 300 mm
Color
Black
Silver
Black
Black
Black
With electret transducers
Speaking distance
Proximity
(approx. 5 cm)
Medium
(30 cm – 100 cm)
Medium
(30 cm – 100 cm)
Medium
(30 cm – 100 cm)
Gooseneck
Ø 13 x 300 mm
Ø 15 x 100 mm
Ø 15 x 300 mm
Ø 13 x 300 mm
Color
Black
Black
Black
Black
Technical Overview
Acoustic
Microphone
Electroacoustic principle
Depending on model
Electrical
Cable
110 cm
Connector
Without connector
Mechanical
Weight
approx. 100 g
Mounting system
Screw thread
Environmental
Degree of protection
IP40
Temperature range
Operation: -20 °C to 60 °C
Storage: -20 °C to 60 °C
Optical
Color
Depending on model
Technical Data
Housing
Robust metal casing
Weight
approx. 100 g (without gooseneck)
Microphone head dimensions
Diameter: 24 mm
Length: 84 mm
Cable length
110 cm, straight
(measured from microphone head)
Connector
Open ends, tinned
Acceptable relative humidity
≤ 93 %
Customized models
Can be made available on request with:
- Dynamic transducers with other DC resistances
- Colors: matte silver or black
- Other gooseneck lengths and / or diameters
- Various cable lengths (as measured from the microphone head)
- Pre-mounted conntector
- Optional: Splash-proof variant (IP54)
- Optional: built-in amplifier
- Mounting via thread or flange
Electroacoustic Data
Microphone
Electroacoustic principle
Depending on model
Directional characteristic
Depending on model
Sensitvity
Depending on model
Speaking distance
Depending on model





