TOA D-001T Dual Mic Input Module with DSP - 9000 Series — specification sheet
Procure
Product specification sheet procure.ae · +971 4 546 5041
TOA · D-001T · DJ & Mixing Equipment

TOA D-001T Dual Mic Input Module with DSP - 9000 Series

TOA D-001T Dual Mic Input Module with DSP - 9000 Series

The TOA D-001T is a dual microphone or line input module featuring built-in digital signal processing (DSP) designed specifically as a plug-in component for the TOA 9000 Series amplifier chassis. It provides two independent balanced inputs with adjustable sensitivity, phantom power support for condenser microphones, and comprehensive audio control including ten-band parametric equalization, compression, and filtering capabilities for precise sound management in professional AV installations.

The TOA D-001T module offers dual electronically-balanced inputs supporting microphone to line level signals with sensitivity adjustment from -60 dB to -10 dB across nine increments. Each channel includes dedicated DSP effects such as tone, equalization, and compression, alongside a ten-band parametric equalizer with 31 points spanning 20 Hz to 20 kHz. The unit supports +24 V DC phantom power for condenser microphones and features high-pass/low-pass filters, bass, treble, and loudness controls. With dimensions of 35 x 78 x 91.5 mm and a weight of 82 grams, it connects via removable terminal blocks and consumes 20 mA.

Designed as an expansion module for the TOA 9000 Series, up to four input modules can be installed within a single chassis to expand capacity. The unit is compatible with 24 V DC, -24 V DC, or 6 V DC power sources and operates effectively between -10°C and +40°C. It requires the module for VOX-function activation and input measurement capabilities. Procure.ae supplies this audio equipment component to businesses, schools, hospitals, and government entities across the UAE and the wider Middle East & Africa region.

Type
Dual Mic / Line Input Module with DSP
Weight
82 g

Key features

01
Dual Balanced Inputs
Provides two independent electronically-balanced inputs with selectable sensitivity from -60 dB to -10 dB for microphone or line level signals.
02
Advanced DSP Processing
Includes per-input digital signal processing for tone, equalization, and compression alongside a ten-band parametric equalizer with 31 frequency points.
03
Phantom Power Support
Delivers +24 V DC phantom power to support condenser microphones connected via the removable terminal block interface.
04
Flexible Expansion
Functions as a plug-in module for TOA 9000 Series amplifiers, allowing up to four units per chassis for expanded input capacity.
05
Compact Aluminium Build
Constructed with an aluminium finish in a compact form factor of 35 x 78 x 91.5 mm and weighing only 82 grams for easy integration.

Specifications

General
Compatibility9000 Series amplifiers
ModelD-001T
TypeDual Mic / Line Input Module with DSP
Audio
Crossover Frequency75 dB crosstalk
EQ10-band parametric, ±12 dB range, Q: 0.3-5
Frequency Response20 Hz to 20 kHz
Impedance3 kOhm (phantom ON) / 10 kOhm (phantom OFF)
Input Sensitivity-60 dB to -10 dB (9 increments)
Phantom Power+24 V DC
Power
Power Consumption20 mA
Power Source24 V DC, -24 V DC, or 6 V DC
Physical
Dimensions35 x 78 x 91.5 mm (W x H x D)
FinishAluminium
Operating Temperature-10°C to +40°C
Weight82 g
QR code to TOA D-001T Dual Mic Input Module with DSP - 9000 Series on procure.ae
Get our best price for this product
Scan to open it on procure.ae, or contact the Procure sales team:
☎ +971 4 546 5041  ·  WhatsApp  ·  ✉ info@procure.ae  ·  🔗 View product page

This sheet is compiled from the product data held on procure.ae. For fully accurate and up-to-date figures, always refer to the manufacturer’s own specification sheet or datasheet for this model.

Specifications are provided by the manufacturer and may change without notice.

Pricing is quote-based. Contact Procure for current pricing and availability.

Delivery across the UAE and beyond, installation on request and manufacturer-backed warranty.

© Procure FZE. All rights reserved.