Ahuja AWM 495V2 dual handheld wireless microphones with VHF receiver unit

Ahuja AWM 495V2 Dual Hand Wireless Microphone

KTI140020059DMA

Product Description

The Ahuja AWM-495V2 is a high-performance dual-channel VHF wireless microphone system designed for reliable vocal reproduction in public address systems, auditoriums, lecture halls, and conference venues.

Brand: Ahuja
Model: AWM-495V2
System Type: Dual-channel VHF high-band wireless handheld microphone system
Transmitters: 2 handheld wireless microphones with internal dipole antennas
Receiver: Compact dual-channel desktop receiver with two rear telescopic antennas
Microphone Cartridge: Dynamic, Cardioid polar pattern
Carrier Frequency: Quartz crystal locked VHF high-band
Frequency Stability: ±0.005% quartz crystal controlled
Audio Frequency Response: 50 Hz – 15,000 Hz
Dynamic Range: 80 dB | Distortion: 80 dB
RF Output Power:

KTI140020059DMA

Price

₹ 5,235.30 excl. GST

+ 18.00% Tax + Freight Charge

If you are an existing KTI Customer, Sign In to view your special price

Product Details
Available Brands	Ahuja
Unit	SETS
HSN Code	85181000
Weight	0.71 kg
Dimension	L 23 x W 15 x H 4.2 cm cm ft in m
Warranty	12 Months No-Onsite Warranty
Resources	Download Datasheet
Tags/categories	Automation PA Solutions Mikes Microphones

Usually dispatched within 2 days

About this product .

The Ahuja AWM-495V2 is an integrated dual-channel VHF wireless microphone package engineered for clear vocal transmission and speech intelligibility. The system includes two handheld wireless transmitters tuned to discrete frequencies and a matched dual-channel receiver unit, enabling simultaneous two-person operation without channel crosstalk.
Each handheld transmitter utilizes a professional dynamic microphone capsule with a cardioid unidirectional polar pattern. This directional pickup pattern focuses on the primary sound source while attenuating ambient background noise and minimizing acoustic feedback in acoustically reflective spaces such as auditoriums and halls.
RF stability is maintained through quartz crystal locked VHF high-band oscillation, delivering frequency stability of ±0.005%. With an RF output power under 15 mW utilizing FM modulation (F3E), the system delivers strong wireless link integrity with low harmonic distortion of under 0.5% and a signal-to-noise ratio exceeding 80 dB across a broad 50 Hz to 15,000 Hz frequency range.
The receiver front panel features dedicated volume controls and green LED indicators that confirm active RF carrier detection for each channel. Audio routing is versatile, providing discrete 6.35 mm unbalanced audio outputs for Channel 1 and Channel 2 (0–55 mV / 1 kΩ), alongside a combined Channel 1+2 mixed output for single-input amplifier configurations.
Each wireless handheld microphone operates on 2 x 1.5V AA pencil cells (they are not included) with an efficient current draw of 100 mA or less. The desktop receiver operates on 12V DC power supplied through the bundled external AC power adapter.
Designed for public address sound reinforcement, the AWM-495V2 is widely deployed across educational auditoriums, seminar halls, places of worship, conference facilities, boardrooms, and institutional recreation centres.

Product Information .

Worship Places Shopping Malls, Showrooms Conference Rooms Auditorium Conference Hall Event Management

Audio Equipment & System Compatibility for Ahuja AWM-495V2

The Ahuja AWM-495V2 dual-channel VHF wireless microphone system is engineered for seamless interfacing with commercial public address (PA) systems, audio mixers, active loudspeaker units, and signal processors. Equipped with quartz crystal-locked VHF high-band transmission and standard 6.35 mm (1/4") output jacks, the system integrates smoothly into existing AV architectures in auditoriums, conference rooms, houses of worship, and educational facilities.

Audio Output & Mixer Input Interfacing

The AWM-495V2 receiver features flexible audio output routing via three dedicated 6.35 mm phone jacks located on the rear chassis. It provides individual line outputs for Channel 1 and Channel 2, as well as a combined mixed output (Channel 1+2). Each output delivers a nominal audio signal level of 0–55 mV at an output impedance of 1 kΩ, perfectly matched for unbalanced microphone-level inputs on audio equipment.

Separate Channel Routing: Allows dedicated gain staging, equalization, and processing for each handheld transmitter when connected to separate channels on a mixing console or multi-channel PA amplifier.
Mixed Channel Routing (OUT 1+2): Sums both microphone signals into a single 6.35 mm output, enabling connection to single-channel amplifiers or compact powered speakers without requiring an external mixer.
Signal Dynamic Range: The receiver maintains a signal-to-noise ratio greater than 80 dB, total harmonic distortion (THD) under 0.5%, and an 80 dB dynamic range across a 50 Hz to 15,000 Hz frequency response.

Amplifier & Sound System Compatibility

The system is compatible with standard low-to-medium impedance unbalanced inputs across a wide range of PA equipment:

PA Amplifiers & Boosters: Direct connection to standard 6.35 mm unbalanced microphone input ports matching 1 kΩ / 50 mV input sensitivity.
Audio Mixers & Consoles: Interfaces with mono line/mic 6.35 mm jack inputs on analog and digital mixing desks.
Active / Powered Speakers: Direct connection into active PA speakers equipped with 6.35 mm instrument or microphone input jacks.

RF & Environmental Operational Criteria

The AWM-495V2 operates on fixed quartz crystal-locked VHF high-band carrier frequencies with a frequency stability rating of ±0.005%. The transmitters emit FM (F3E) modulation with an RF output power under 15 mW maximum. Handheld transmitters feature internal antennas, while the receiver utilizes two rear-mounted telescopic antennas that require full vertical deployment and adequate physical clearance from RF-shielding metal structures to prevent carrier drops.

Electrical & Power Specifications

Subsystem Component	Connector / Interface Type	Input / Operating Level	Power Requirement
AWM-495V2 Receiver	6.35 mm (1/4") Phone Jacks (Ch 1, Ch 2, Mix)	0–55 mV / 1 kΩ Unbalanced	12V DC (via included 220–240V AC power adapter)
Handheld Transmitters (x2)	Dynamic Cardioid Cartridge (Internal Dipole)	50 Hz – 15,000 Hz Audio Response	3V DC (2 x 1.5V AA pencil cells per transmitter) (they are not included)

Each handheld microphone requires 2 x 1.5V AA pencil cells (they are not included) with an operating current consumption of ≤100 mA. The receiver operates on 12V DC derived from the supplied 220–240V AC adapter.

Installation, Wiring, and Commissioning Guide for Ahuja AWM-495V2

System Unpacking and Pre-Installation Verification

Before beginning deployment, inspect all components included in the package. The Ahuja AWM-495V2 dual-channel VHF wireless microphone package comprises one dual-channel receiver unit (230 mm W x 42 mm H x 150 mm D), two handheld wireless transmitters (55 mm diameter x 248 mm length), one 220–240V AC to 12V DC power adapter, and a 6.35 mm (1/4") audio patch cable. Ensure the receiver chassis and handheld transmitter housings are physically intact before making electrical connections.

Receiver Placement and Antenna Deployment

Position the receiver on a flat, stable tabletop or equipment shelf within line-of-sight of the transmitter operating area. Avoid placing the receiver inside fully enclosed metallic racks, adjacent to digital RF radiating devices, or directly against large structural metal framing, as this can degrade VHF high-band signal propagation.

Fully extend both rear-mounted telescopic antennas vertically or angled outward in a V-orientation. Proper antenna extension is necessary for maintaining RF sensitivity across the quartz crystal locked carrier frequencies (frequency stability of ±0.005%).

Receiver Power and Audio Interfacing

Connect the included power adapter to a standard 220–240V AC mains outlet and insert the 12V DC barrel connector into the DC input jack located on the rear panel of the receiver.

Configure the audio signal path based on your mixer or amplifier routing architecture using 6.35 mm (1/4") unbalanced cables:

Discrete Channel Operation: Connect dedicated 6.35 mm cables from OUT 1 and OUT 2 (0–55 mV / 1 kΩ) into two discrete microphone or line input channels on your mixing console or public address amplifier. This permits independent gain staging and EQ balancing for each dynamic cardioid transmitter.
Mixed Output Operation: Connect a single 6.35 mm cable from the OUT 1+2 jack (0–55 mV / 1 kΩ) into a single mixer or amplifier input channel when channel availability on the host PA system is constrained.

Transmitter Battery Installation and Preparation

Each handheld transmitter requires 2 x 1.5V AA pencil cells (they are not included) to provide the 3V operating supply (rated current consumption ≤100 mA). Unscrew the lower cylindrical barrel of each microphone housing to access the internal battery compartment. Insert two AA batteries (they are not included) matching the indicated positive (+) and negative (-) polarity terminals, then thread the lower barrel securely back into place.

Commissioning and RF Verification

Power on the receiver unit. Set the power switch on each handheld transmitter to the ON position. Verify that the corresponding green LED channel indicators (Channel 1 and Channel 2) on the receiver front panel illuminate, confirming carrier acquisition across the VHF high-band links (80 dB with

Maintenance, Battery Care, and Inspection Protocols for Ahuja AWM-495V2

Routine preventative maintenance and proper handling ensure reliable acoustic transmission, maximum signal stability, and long service life for the Ahuja AWM-495V2 dual-channel VHF wireless microphone system. Designed for enterprise public address installations, lecture halls, seminar rooms, and houses of worship, the system requires regular inspections across its handheld transmitters, receiver unit, and external connectivity points.

Power Management and Transmitter Battery Protocols

Each handheld transmitter operates on a 3V DC supply powered by 2 x 1.5V AA pencil cells (they are not included) with an active current consumption rating of ≤100 mA. Battery health directly impacts RF carrier stability (±0.005% quartz crystal controlled) and effective transmission distance. Always adhere to the following power care guidelines:

Cell Depletion & Replacement: Replace both 2 x AA batteries (they are not included) simultaneously when audio clarity diminishes or when transmitter range degrades. Never mix depleted and fresh batteries (they are not included) in the same transmitter barrel.
Corrosion Prevention: If the microphone system is scheduled to remain idle for extended periods or placed into inventory storage, immediately remove all AA pencil cells (they are not included) from both handheld transmitters. Prolonged storage with installed cells risks electrolyte leakage, terminal oxidation, and circuit damage.
Terminal Cleaning: Periodically inspect the internal spring contacts inside the 55 mm diameter battery compartment. Use a dry, lint-free swab to clear surface oxide or dust from the contact plates to maintain consistent 3V DC continuity.

Antenna and RF Reception Maintenance

The Ahuja AWM-495V2 utilizes internal dipole antennas within the handheld transmitters and dual rear-mounted telescopic antennas on the 230 x 42 x 150 mm receiver unit. RF transmission path maintenance is vital for maintaining the >80 dB signal-to-noise ratio and preventing signal dropouts:

Telescopic Antenna Care: Inspect the receiver’s dual telescopic antennas before each deployment. Ensure sections extend smoothly without bending or lateral mechanical stress. Keep antennas fully extended vertically during operation for optimal VHF high-band signal reception.
RF Clearance: Ensure the receiver antennas maintain an unobstructed line-of-sight to the transmitters. Keep the receiver chassis isolated from large metal enclosures, electrical distribution panels, and high-frequency digital equipment that could generate RF interference.
Status Verification: Confirm that the front-panel green LED indicator for Channel 1 or Channel 2 lights up distinctly when the respective handheld transmitter is powered ON. If the LED flickers, inspect transmitter battery levels (they are not included) and antenna positioning.

Acoustic Element and Chassis Care

The dynamic cardioid microphone cartridges are engineered to deliver a 50 Hz to 15,000 Hz frequency response while minimizing feedback. To maintain directional response and prevent physical degradation:

Grille and Windscreen Cleaning: Keep the outer protective wire grille free of dust, saliva residue, and particulate buildup that can alter the cardioid polar response or introduce harmonic distortion above the rated

Industrial and Commercial Use Cases for the Ahuja AWM-495V2 Wireless Microphone System

Auditoriums, Seminar Halls, and Corporate Conference Venues

The Ahuja AWM-495V2 dual-channel VHF wireless microphone system is engineered to provide stable, low-latency audio transmission for multi-speaker presentations, corporate briefings, and training seminars. In corporate auditoriums and seminar halls, the system allows two presenters to speak simultaneously without RF cross-talk, utilizing two handheld transmitters operating on independent quartz crystal locked VHF high-band frequencies with a frequency stability of ±0.005%.

With a wide audio frequency response spanning 50 Hz to 15,000 Hz and dynamic cardioid microphone cartridges, the system captures natural vocal tone while attenuating ambient room noise and acoustic feedback. The 6.35 mm individual audio outputs (0–55 mV / 1 kΩ for Channel 1 and Channel 2) allow sound engineers to route each speaker into separate channels on an external mixing console for independent gain, equalization, and processing control.

Educational Institutions and Lecture Halls

In large lecture halls, university classrooms, and academic assembly areas, instructors require dependable mobility across stages and podiums. The internal dipole antennas within the handheld transmitters and dual rear-mounted telescopic antennas on the receiver maintain an RF link with transmitter power output under 15 mW (FM F3E modulation mode).

The system provides an optimal signal-to-noise ratio greater than 80 dB and total harmonic distortion under 0.5%, ensuring clear speech intelligibility across high-capacity sound reinforcement systems. Handheld transmitters operate efficiently with a current consumption of ≤100 mA powered by 2 x 1.5V AA pencil cells (they are not included), allowing long operating shifts during extended academic workshops.

Houses of Worship and Community Venues

Houses of worship and multipurpose community centers frequently deploy sound reinforcement systems with simplified mixing hardware. The AWM-495V2 accommodates both simple and advanced setups by offering a dedicated mixed 'OUT 1 + 2' 6.35 mm output alongside individual channel jacks. This allows both wireless handheld microphones to be fed directly into a single microphone input on standard public address (PA) amplifiers or active powered speakers.

Front-panel green LED signal indicators confirm RF carrier reception for each channel as soon as the respective transmitter is powered on, providing facility operators with immediate visual confirmation of link status.

Commercial Recreation Facilities and Stage Deployments

Recreation centers, banquet spaces, and multipurpose stages utilize the Ahuja AWM-495V2 for live announcements, event hosting, and stage performances. The system delivers a dynamic range of 80 dB to handle varying vocal intensities without distortion.

Application Configuration Matrix

Facility Type	Audio Routing Mode	Receiver Output Jack Used	Primary Operational Benefit
Auditoriums & Seminar Halls	Discrete Channel Processing	Individual OUT 1 & OUT 2 (6.35 mm)	Independent gain/EQ control per presenter at the mixing console.
Lecture Theatres & Academic Halls	Discrete / Mixed PA Input	Individual OUT or Mixed OUT 1+2	High vocal intelligibility with 50–15,000 Hz response and cardioid pattern.
Houses of Worship	Combined PA Reinforcement	Mixed OUT 1 + 2 (6.35 mm)	Conserves amplifier channel inputs while operating dual handheld microphones.
Recreation & Event Centers	Public Address Integration	Mixed OUT 1 + 2 (6.35 mm)	Rapid deployment with visual front-panel RF indicator LEDs.

Related Products .

Page 1 of 5

Syncing...

Compare with similar products .

	Current Product Ahuja AWM 495V2 Dual Hand Wireless Microphone	Wireless Handheld Vocal Microphone AKG Perception 45PT	Ahuja AWM 495V1 VHF Wireless Handheld Microphone System	+ Add product to compare
SKU	KTI140020059DMA	KTI1400200S145PT	KTI16017002AWM4	—
Brand	Ahuja	—	Ahuja	—
Price (excl. GST)	₹ 5,235.30 excl. GST	Ask for price	Ask for price	—
GST %	18.00%			—
Certifications	—	—	—	—
Availability	Made to Order	Made to Order	Made to Order	—
		Ask for price	Ask for price	—