Attention Customers:

1) We and our supply partners are experiencing a high volume of orders on health and safety products and inventories are rapidly changing. Due to this situation, orders are being processed slower than normal. We are working to communicate your order status as it progresses. 2) Health and safety products such as face masks, gloves, hand sanitizer and toilet paper are not returnable. Thank you again for your business and we appreciate your patience.

OS
Electro-Voice RE3-ND86-5L Wireless Microphone System
Manufacturer: Electro-Voice
UPC: 800549898331
SKU: RE3-ND86-5L
Condition: New
Electro-Voice RE3-ND86-5L Wireless Microphone System
Product Type Wireless Microphone System
Brand Name Electro-Voice
Manufacturer The Bosch Group
Product Model RE3-ND86
Product Name RE3-ND86 Wireless Microphone System
Manufacturer Part Number RE3-ND86-5L
Manufacturer Website Address http://www.bosch.com
Minimum Frequency Response 51 Hz
Maximum Frequency Response 16 kHz
Minimum Operating Frequency 488 MHz
Maximum Operating Frequency 524 MHz
XLR Yes
6.35mm (?1?4") Yes
Height 1.9"
Width 8.3"
Depth 6.9"
Material Metal - Receiver
Weight (Approximate) 2.71 lb - Receiver
Package Contents
  • ND86-RC3 Wireless Head with ND86 Capsule
  • RE3-HHT Handheld Transmitter
  • RE3-RX Diversity Receiver
  • Microphone stand adapter
  • Two receiver antennas
  • Universal power supply
  • Two AA batteries
  • Receiver rack mounting hardware
  • Owner's manual
  • Documentation packet
  • Declaration of conformity
Uhf wireless set featuring nd86 dynamic supercardioid microphone Handheld UHF wireless set featuring ND86 dynamic supercardioid microphone head for vocal performance and presentations. The ND86's sound is present, smooth, and detailed, and its supercardioid polar pattern provides excellent acoustic control in even the largest of venues. Setup is quick and simple using the RE3 clear frequency scan and sync functions, and the radio link between the robust handheld transmitter and diversity receiver delivers rock-solid system performance.