Dealer Locator
Find:
Store Location
Sound Contractor

Enter a U.S. Zip Code:


Authorized U.S. Dealers

ES993 Dual-element Cardioid Condenser Rigid-pipe Microphone - (DISCONTINUED)

Two microphones in one—perfect desk- or table-mount mic for applications requiring separate miking for PA and broadcast. The ES993 offers excellent sonic character, simple operation and streamlined appearance. One element is typically used to provide sound reinforcement while the other feeds clean audio to a broadcast network, media pool or logging recorder with no electrical interaction between the elements. The two elements can also feed audio to two separate installed systems in a church or school. The circuit grounds for each channel are completely isolated, greatly reducing the potential for hum. Each element is individually shock-mounted. This robust table-mounted microphone is ideal for courtrooms, boardrooms, government chambers, schools and churches. Its optically coupled, lighted remote mute switch has three modes (push-to-mute, toggle, and push-to-talk). Switchable 15 dB pad. Interchangeable elements are available for omnidirectional and hypercardioid patterns. 18.50” long.
  • Designed for quality sound reinforcement in demanding situations, especially those requiring separate miking for PA and broadcast

  • Dual-element configuration features completely isolated circuit grounds for each channel, greatly reducing the potential for hum

  • Fixed low-frequency roll-off (120 Hz, 12 dB/octave) and 15 dB pad

  • Dual integral windscreens ensure ultimate security against wind noise and plosives

  • Remote mute switch with three modes (push-to-mute, toggle, push-to-talk) and LED indicator light

  • Sturdy metal base mounts to table, desk or podium with included hardware

  • Remote dual power module has two 3-pin XLRM-type output connectors for use with in-house and remote feeds

  • Rigid-pipe design with ball-in-socket base permits flexible positioning


SPECIFICATIONS
ELEMENTS Two fixed-charge back plate, permanently polarized condensers
POLAR PATTERN Cardioid
FREQUENCY RESPONSE 90-15,000 Hz
LOW FREQUENCY ROLL-OFF Fixed 120 Hz, 12 dB/octave
OPEN CIRCUIT SENSITIVITY -41 dB (8.9 mV) re 1V at 1 Pa
IMPEDANCE 250 ohms
MAXIMUM INPUT SOUND LEVEL 138 dB SPL, 1 kHz at 1% T.H.D.
DYNAMIC RANGE (typical) 109 dB, 1 kHz at Max SPL
SIGNAL-TO-NOISE RATIO 65 dB, 1 kHz at 1 Pa
PHANTOM POWER REQUIREMENTS 11-52V DC, 3 mA typical
SWITCHES (on circuit board)
SW1: Normal/-15 dB;
SW2: Mute/Toggle/Talk
WEIGHT (MICROPHONE) 12.0 oz (340 g)
WEIGHT (POWER MODULE) 7.5 oz (214 g)
DIMENSIONS (MICROPHONE) 18.50" (469.9 mm) long,
1.51" (38.4 mm) head diameter
DIMENSIONS (POWER MODULE) 5.12" (130.0 mm) long,
1.73" (44.0 mm) high,
2.36" (60.0 mm) wide
OUTPUT CONNECTORS (POWER MODULE) (Two) 3-pin XLRM-type
CABLES 18" (457.2 mm) long (permanently attached to microphone), 6-conductor shielded cable, attaches to power module

8" (203.2 mm) long, 3-conductor remote switch flex cable, attaches to power module
OPTIONAL INTERCHANGEABLE ELEMENTS ESE-H hypercardioid (100º);
ESE-O omnidirectional (360º)
ACCESSORIES FURNISHED AT8510 power module; membrane switch; membrane switch bezel; four #6 x 1/2" black oxide wood screws for AT8510; three #8 x 1" black oxide wood screws for microphone mount; two #6 x 1/2" zinc-plated wood screws for switch bezel mount


SPECIFICATION GRAPHS
Click on the chart to view the larger image
POLAR PATTERN
POLAR PATTERN
FREQUENCY RESPONSE
FREQUENCY RESPONSE



Conditions

Share on Facebook
ES993 : Dual-element Cardioid Condenser Rigid-pipe Microphone -
http://www.audio-technica.com/cms/resource_library/product_images/68ce8b511399776f/orig/es993.jpg

ES993 : Dual-element Cardioid Condenser Rigid-pipe Microphone -

ES993
http://www.audio-technica.com/cms/resource_library/product_images/2a3beda0fb66c193/orig/es_dual_ele.jpg

ES993

Audio-Technica Audio-Technica Audio-Technica Audio-Technica Audio-Technica
Audio-Technica Audio-Technica Audio-Technica Audio-Technica Audio-Technica
Audio-Technica Audio-Technica Audio-Technica Audio-Technica Audio-Technica
Audio-Technica Audio-Technica Audio-Technica Audio-Technica Audio-Technica