Digital IR 32-Channel Transmitter
DT 6032
Highlights
- High quality stereo audio
- Up to 32 channels
- Up to 180 radiators per transmitter
- Emergency override
- Headphone jack for monitoring.
- Sensitivity control per audio input
Overview
The DT 6032 Digital Transmitter receives the audio input signals and modulates the digital signal. All system settings such as number of channels, channel quality and modulation frequency between 2 and 8 MHz are set on an LCD menu. There are six (6) BNC outputs to lead the signal to the radiators with RG59 cable.
Includes
DT 6032 Digital IR 32-Channel Transmitter
19” Rack Mount Hardware
System Installation Manual
Line Cable
Specifications
| Specifications | DT 6032 | |
| Audio performance | System Frequency Response | 20 Hz - 10 kHz (Standard quality) / 20 Hz - 20 kHz (Premium quality) |
| THD at Nominal Level | <0.05% @ 1 kHz | |
| Cross Talk Attenuation | > 80 dB | |
| Dynamic Range | > 80 dB | |
| Signal-to-Noise Ratio | >80 dBA | |
| Controls & Indicators | Power Switch | Mains on/off switch on the front panel |
| LCD | 2 x 16 Character LCD display for status info and configuration | |
| Menu Push Buttons | One (1) rotary button for menu navigation and selection | |
| Emergency Contact | Contact on the back, when closed an emergency override message is broadcast | |
| Interconnections | Mains Socket | Euro mains socket with built-in fuse, matching mains cable 5.58 ft. (1.7 m) included. |
| Radiator output | Six (6) BNC female connectors to daisy chain radiators | |
| Master transmitter input | One (1) BNC female connector to connect master transmitter when in slave mode | |
| Audio Inputs | 32 unbalanced RCA audio inputs | |
| Two (2) balanced XLR audio inputs for emergency override to all channels | ||
| Power | Supply Voltage | 90 - 260 VAC |
| Power Consumption | 55 W | |
| Physical | Dimensions (H x W x D) (without brackets) | 3.5 x 18.7 x 12.5 in. (87 x 475 x 317 mm) |
| Color | Black w/silver | |
| Unit Weight | 8.8 lbs. (4.00 kg) | |
| Shipping Weight | 10.0 lbs (4.54 kg) | |
| Mounting | Free-standing or mounted in a 19" rack | |
| Capacity | Radiators | Up to 180 |
| Total Maximum Radiator Cable Length | approx. 2,970 ft. (900 m) | |
| Specifications are subject to change without notification | ||
None
Used With
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DR 6004 Digital IR 4-Channel Receiver
The Digital IR 4-Channel Receiver receives the digital IR signal and offers the user channel and volume control.
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DR 6032 Digital IR 32-Channel Receiver
The Digital IR 32-Channel Receiver receives the digital IR signal and offers the user channel and volume control.
-
RA 6013 Digital IR Medium Power Radiator
The Digital IR Medium Power Radiator converts the digital, modulated signal from the transmitter into invisible Infra Red light.
-
DR 6008 Digital IR 8-Channel Receiver
The Digital IR 8-Channel Receiver receives the digital IR signal and offers the user channel and volume control.
-
RA 6025 Digital IR High Power Radiator
The Digital IR High Power Radiator converts the digital, modulated signal from the transmitter into invisible Infra Red light.
None
Support Documents
FAQ
What is the battery life of the receivers?
75 hours with rechargeable batteries and 200 hours with 2 alkaline AA batteries.
Is there a floor stand for the RA 6013 and RA 6025 infrared radiator?
Yes, our floor stand LA-337 can be used to mount these radiators.
How can I avoid interference between lighting and Digital IR systems?
Our Digital IR system is interference free from lighting equipment and day/sun light.
How can I mount an infrared Radiator RA 6013 or RA 6025 to the wall?
Use a Wall mounting bracket WB 6000. The bracket has 4 holes for mounting to the wall. The unit includes a template for accurate positioning.
Is it necessary to terminate unused outputs of the Digital IR transmitter or Radiators?
No, not needed. All outputs are terminated automatically.
How can I use the Digital IR for an Interpretation system?
In combination with the DCS 6000 system, the Digital IR distribution can be used for distributing the languages provided by the floor and the interpreters. This is accomplished by taking the audio outputs from the AO 600X and routing them to the inputs of the Digital IR system.