BETA 56A Supercardioid Swivel-Mount Dynamic Microphone with High Output Neodymium Element for Vocal/Instrument Applications

The BETA 56A microphone has a frequency response specifically tailored for drums and instruments. Its extremely uniform supercardioid pickup pattern provides high gain-before-feedback and excellent rejection of unwanted noise. A built-in dynamic locking stand adapter with an integral XLR connector simplifies installation. The stand adapter keeps the microphone securely in place, even if it is struck by a drumstick. Typical BETA 56A applications include close miking of tom-toms and other percussion instruments, as well as guitar amplifiers, brass instruments, and woodwinds. Featuring a frequency response specifically tailored for drums and instruments, the Beta 56A microphone offers an extremely uniform supercardioid pickup pattern that provides high gain-before-feedback and excellent rejection of unwanted noise.

A successor to the popular Beta 56, the 56A features a redesigned knob and tightening mechanism for more durability and a wider mounting base that can accommodate a larger range of mic stands. The Beta 56A microphone. A built-in dynamic locking stand adapter with an integral XLR connector simplifies installation. The stand adapter keeps the microphone securely in place, even if it is struck by a drumstick. Typical Beta 56A applications include close miking of tom-toms and other percussion instruments, as well as guitar amplifiers, brass instruments, and woodwinds. Key Features Tailored frequency response provides drums, amplified instruments, and horns with studio quality sound Built-in stand adapter with dynamic locking system and XLR connector simplifies setup and provides greater flexibility Uniform supercardioid pattern for high gain-before-feedback and superior rejection of off-axis sound Compact design reduces stage clutter Hardened steel mesh grille resists wear and abuse Neodymium magnet for high signal-to-noise ratio output Minimally affected by varying load impedance Advanced pneumatic shock mount system that minimizes transmission of mechanical noise and vibration
Specifications Polar Pattern: Supercardioid, rotationally symmetrical about microphone axis, uniform with frequency Output Level (at 1, 000
Hz): Open Circuit Voltage -51 dBV/Pa ( 2.8 mV); (1 Pa = 94 dB
SPL) Impedance: Rated impedance is 150 ohms (290 ohms actual) for connection to microphone inputs rated low
Z Polarity: Positive pressure on diaphragm produces positive voltage on pin 2 with respect to pin 3
Connector: Three-pin professional audio connector (male XLR type)
Case: Silver blue enamel-painted die cast metal with hardened, matte-finished steel mesh grille Adjustable,
Locking Stand Adapter: Integral, dynamic locking, adjustable through 180 degrees with standard 5/8"-27 thread
Weight: 16.7 ounces Frequency response. Polar pattern. P. when('A'). execute(function (A) {A.
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toggle: collapse', function (data) {window. scroll(0, data. expander. $expander[0]. offsetTop-100); }); }); From the ManufacturerSpecifically engineered for drum and instrument applications, the Beta 56's compact, pivoting design makes it the ideal choice for these applications. Its extremely uniform supercardioid pickup pattern provides high gain before feedback and excellent rejection of unwanted noise. A built-in dynamic locking stand adapter with an integral XLR connector simplifies installation. The stand adapter keeps the microphone securely in place, even if it is struck by a drumstick. Typical Beta 56 applications include close miking of tom-toms and other percussion instruments, as well as guitar amplifiers, brass instruments, and woodwinds. Built-in stand adapter with dynamic locking system and XLR connector simplifies setup and provides greater flexibility Uniform supercardioid pattern for high gain-before-feedback and superior rejection of off-axis sound Compact design reduces stage clutters Hardened steel mesh grille resists wear and abuse Neodymium magnet for high signal-to-noise ratio output Advanced pneumatic shock mount system that minim