Bluetooth FM Digital 250W Mixing Amplifier
Price: |
US $ 50-250/Piece |
Trade Terms: |
FOB,CFR,CIF |
Min Order: |
1000/Piece |
Pay Type: |
L/C,T/T,D/P,Paypal,Money Gram |
Prod Model: |
OK-2350 |
Markets: |
North America,South America,Eastern Europe,Southeast Asia,Africa,Oceania,Mid East,Eastern Asia,Western Europe |
Control: |
Bluetooth Control |
Color: |
Black |
USB: |
Yes |
FM: |
Yes |
Usage: |
KTV System |
Used For: |
Professional |
Tube Type: |
Transistor Amplifier |
Function: |
Amplifier Combined |
Element Number: |
Push-Pull Amplifier |
Conductive Mode: |
AB |
Sound Channel: |
2 |
Voltage: |
90V~240V |
Product Description
FM bluetooth FM digital mixing amplifierAdvange:
1)Bluetooth control
2)FM
3)Double effect
4)Digital echo
5)USB input
6)SD card input
OK2250 is a 250W*2/8 ohm,450W*2/4 ohm amplifier.
Now we have OK-2250B,OK-2350B,OK-2450B bluetooth,FM karaoke amplifier.
Each watts are 250W*2/8 ohm,350W*2/8 ohm,450W*2/8 ohm.
Application:
1) karaoke room
2)Convention Centers
3)Medium or large Ballrooms
4)conference rooms
5)Theaters Music
6)Club or Church
7)Concert and music group
Picture for front panel
Rear panel:
MODEL | OK-2250 | OK-2350 | OK-2450 |
Rated output power 8Ω | 250W×2 | 350W×2 | 450W×2 |
Rated output power 4Ω | 450W×2 | 600W×2 | 800W×2 |
Frequency response | 20HZ-20KHZ(-0.5,+0.5dB) |
Signal-to-noise ratio | 93dB | 93dB | 93dB |
Input sensitivity | 0.45V | 0.42V | 0.4V |
THD | ≤0.05% | ≤0.05% | ≤0.05% |
Input impedance | 22KΩ | 22KΩ | 22KΩ |
Supply Rated output pawer | 900W | 1200W | 1500W |
Exchange insurance | 8A | 8A | 8A |
Net weight | 8.5KG | 9.5KG | 10.5KG |
Package size mm | 430WX368DX135H |
Package Package size mm | 480WX410DX225H |
About us:
Since the foundation of our enterprises, we have been concentrating on designing new products, doing research on new sound technology, training our staff, as well as improving our quality to products and management system. And now we have had a unique management experience, advanced production equipment, abundant design capability, and the large marketing network and after-sales service system.
Guangzhou YunQiang Electronics Co., Ltd. is a professional audio manufacturer which has R& D, Production department, Marketing Dept., and Technical and service Dept.,
The main products include: Power Amplifier, Karaoke amplifier, Professional Speaker, Karaoke speaker, Sound Mixer, Audio processor and Conferencing systems.
Nowadays, in professional sound industry, more and more people are seeking for amplifiers with light weight, high power output, high sound quality and high stability.
To get good sound quality, we should have high quality components. And to ensure the stability, we must solve the problem of heat dissipation. Now, we have this amplifier FP14000, FP10000Q, FP-8000Q. Our FP14000, FP10000Q, FP-8000Q is Class TD switching amplifier fixed with NOVER (from UK) power capacitors, ON-Semi power transistors other high quality electronic spare parts. Professional circuit design and actual copper heat sink with better structure make fast heat dissipation possible. And fast heat dissipation contributes to high stability of the amplifier. Once you have our amplifiers at your hands, open the chassis, you will find artwork and detail difference. The swich power amplifier can be used to drive line array loudspeaker systems in touring, living show and other applications with high requirement on sound quality and stability.
Since the foundation of our enterprises, we have been concentrating on designing new products, doing research on new sound technology, training our staff, as well as improving our quality to products and management system. And now we have had a unique management experience, advanced production equipment, abundant design capability, and the large marketing network and after-sales service system.
Now we have passed newest CE, FCC, RoHS, SGS, CCC, ISO9001 on March, 2015.
2016 Prolight + Sound Guangzhou
Our booth is A70 4.1.
Address: Area A, China Import & Export Fair Complex. No. 380, Yuejiang Zhong Road, Guangzhou, China.
Time is 29 February~3th, March, 2016