QWM 1960 V3 HH Dual Channel True Diversity UHF Handheld Wireless System
QWM 1960 V3 HH Dual Channel True Diversity UHF Handheld Wireless System
Free Next Working Day Delivery for orders over £150 (order by 3.30pm Mon-Fri).
Overview
The QWM 1960 V3 HH Dual Channel UHF Wireless System is a professional-grade solution designed for clear, reliable and interference-free audio. Featuring two dynamic handheld microphones and true diversity technology, this system is ideal for live performances, conferences and public speaking applications.
Built for demanding environments, the QWM 1960 V3 HH ensures stable RF performance while delivering natural, high-quality sound. With simple IR synchronisation, intuitive controls and robust construction, it provides a dependable wireless solution for both professionals and venues.
Dual Handheld Microphone System
The system includes two handheld transmitters, making it perfect for dual presenters, vocalists or performers.
- 2 × dynamic handheld microphones
- Cardioid capsules for focused vocal pickup
- Reduces background noise and feedback
True Diversity Technology
True diversity reception ensures maximum signal stability by automatically selecting the strongest signal between two antennas, reducing dropouts and interference.
- Stable, interference-free performance
- Ideal for challenging RF environments
- Reliable for professional use
Professional Audio Performance
With a wide frequency response and high dynamic range, the QWM 1960 V3 HH delivers clear, natural and detailed sound reproduction.
- Frequency response: 30 Hz – 20 kHz ±2 dB
- Dynamic range: 96 dB
- Low distortion: <0.1%
Easy Setup with IR Sync
The integrated IR sync function allows quick and effortless pairing between transmitter and receiver, saving time during setup.
- One-touch IR synchronisation
- Quick frequency matching
- Simple operation for all users
Flexible UHF Operation
The system operates across UK-approved UHF bands, offering flexibility for both licence-free and licensed applications.
- Channel 70: 863–865 MHz (licence-free)
- Channel 38: 606–614 MHz (licensed)
- Auto frequency scan for optimal channel selection
Clear Display & Controls
Both the receiver and transmitters feature clear displays and intuitive controls for easy monitoring and adjustment.
- LCD display for frequency, channel and battery status
- RF and AF level indicators on receiver
- On/Off/Mute switch on transmitters
Durable Design
Built with a robust metal grille and housing, the QWM 1960 V3 HH is designed for long-term reliability in professional environments.
- Rugged construction for live use
- Removable antennas for flexible setup
- Compact receiver design
Key Features
- Dual channel UHF handheld wireless system
- True diversity technology for stable signal
- 2 × dynamic handheld microphones with cardioid capsules
- Wide frequency response (30 Hz – 20 kHz)
- High dynamic range and low distortion
- IR sync for fast and easy setup
- Auto frequency scan function
- Licence-free and licensed frequency options
- Balanced XLR and unbalanced outputs
- Durable construction for professional use
Specifications
| Specification | Details |
|---|---|
| System Type | Dual channel UHF handheld wireless system |
| Technology | True Diversity |
| Frequency Range | 863–865 MHz (licence-free) or 606–614 MHz (licensed) |
| Frequency Response | 30 Hz – 20 kHz ±2 dB |
| Dynamic Range | 96 dB |
| Distortion | <0.1% |
| Audio Outputs | 2 × XLR (balanced), 1 × 6.35 mm jack (unbalanced) |
| Battery Type | 2 × AA per transmitter |
| Battery Life | >5 hours |
Applications
The QWM 1960 V3 HH is ideal for live music performances, conferences, public speaking, houses of worship and events where reliable dual wireless handheld microphones are required.
Q&A
Q: Does this system include two microphones?
A: Yes, it includes two dynamic handheld microphones.
Q: Is it licence-free?
A: Yes, when used on Channel 70 (863–865 MHz), it is licence-free in the UK. Channel 38 requires a licence.
Q: What does true diversity mean?
A: True diversity uses two antennas to ensure the strongest signal is always selected, reducing dropouts and interference.