Sennheiser MAT 153-S B
by Sennheiser
Availability:
14-20 days delivery
SKU
SEN-505626
The MAT 153-S is a sturdy, wired table stand that provides a stable base for XLR-5 gooseneck microphones. It has a user-friendly microphone button with a two-color status display that provides quick visual feedback on whether the microphone is active or muted.
€273.75
€219.00
- Installment Payment You can pay in installments using Visa, Visa Premium, Maestro, MasterCard, Diners credit cards. The fee is 5% over the quoted price, and it is assigned to your purchase order in your shopping cart upon the selection of the methods of payment. For more details, please click on the link containing The Methods of Payment.
- Fast Delivery For all the purchase orders within Croatia received by 02:00 p.m. on a working day, delivery will be made on the following working day*. On the territory of Europe, we provide a fast delivery service. For more details, please click on the link containing The Delivery Terms.
- International Purchasing The companies within the EU (except for the Republic of Croatia) with a valid VAT ID number, will pay the price exclusive of VAT. The price will be calculated upon checkout. All the customers outside of the EU will pay the export price exclusive of VAT.
Package includes
- MAT 153-S table stand
Featuring a rugged housing, the functionally and unobtrusively designed MAT 153 provides a solid ground for gooseneck microphones with lighting ring.
Connector:
MIC IN: XLR-5F
MIC OUT: XLR-3M
3x terminal
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Powered with standard XLR-3 cable
| Color |
black
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LED light ring: red / green
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| Connector | |
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Mic in:
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XLR-5F, Pin assignment: 1 = gnd, 2 = hot (+), 3 = cold (−), 4 = LED (−), 5 = LED (+)
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| Connector | |
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Mic out:
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XLR-3M, Pin assignment: 1 = gnd, 2 = +, 3 = −
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| Connector | |
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Clip contact:
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Pin assignment: trigger signal at the logic connector: Logic in (external LED control), GND, Logic out (switch signal)
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| Weight |
approx. 1,206 g
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| Current consumption |
3.7 mA
|
| Output voltage | |
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Logic out:
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high level output voltage > 2.4 V, low level output voltage < 0.4 V
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| Output voltage | |
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Logic in:
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high level input voltage > 2.0 V, low level input voltage < 0.8 V
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