APM116 Digital paging microphone 16 zones
Digital paging microphone 16 zones
The APM series are digital paging microphones fitted with a 32 cm gooseneck microphone containing a back electret condenser cell with a cardioid pickup pattern. A built-in limiter constantly monitors the input level, guaranteeing a constantly maintained and clear output signal. The status of the reproduced signal is indicated using different LED’s on the microphone’s base, providing an indication to the speaker that the signal is clear and audible in all situations. Each console contains three standard buttons (Except the APM101MK2 which only has PTT) with pre-assigned functions: PTT (Push To Talk), select all, and clear all. The other function buttons can be configured to make announcements to particular zones, grouping zones or other functions. (Trigger & switch relay, voice-file announcements, … ) Standard configurations can be made using matrix systems (R2 & M2) while special configurations can be programmed using the APC100 configurator tool in combination with the ‘AUDAC system manager’ software.
Details
- High quality back electret condenser capsule with cardioid pickup pattern
- 35 cm flexing gooseneck microphone
- Integrated memory for voice-file storage & playback
- Level & status indication LED’s
- 16 Colors illuminated push button
Downloads
- Product information sheet – FR
- Product manual
- Product manual – FR
- Product manual – DE
- Example setup
- Technical drawing
- Technical drawing
- CE certificate
- Jumper instructions
- Button labels
- Download All
Specifications
| Polar Pattern : | Cardioid (unidirectional) |
| Microphone Type : | Back electret condenser |
| Frequency Response (± 3 dB) : | 100 Hz – 20 kHz |
| Sensitivity (1W/1m) : | -42 dB ± 3 dB / Pa |
| Buttons : | 16 x programmable zone/function |
| Buttons : | 1 x PTT (push-to-talk) |
| Buttons : | 1 x select & clear all |
| Indicators : | 3 Colours illuminated push button |
| Indicators : | Level & status indication LED’s |
| Internal storage : | 10 minutes audio or messages spread over max 30 files |
| Power Supply : | 24 V DC (min. 16V DC) |
| Power Consumption : | 4.8 W |
| Microphone Gooseneck length : | 350 mm |
| Connectors : | RJ45 (data + Power) |
| Connection standard : | TIA/EIA T568B |
| Max. cable length With external PSU : | 300 m |
| Max. cable length Without external PSU : | 133 m |
Features
| Dimensions : | 120 x 55 x 190 mm (W x H x D) |
| Weight : | 1.350 kg |
| Data protocol : | RS-485 |
| Audio protocol : | Analogue |
| Audio protocol : | Digital (configurable) |
| Colours : | Grey metallic front panel |
| Construction : | Steel |
| Required cabling Analog : | UTP CAT5E |
| Required cabling Digital : | UTP CAT6 |
| Accessories Included : | Windscreen (MWS05/B) |
| Accessories Optional : | ARJ03P junction box |
| Accessories Optional : | CP45ARJ RJ45 junction plate |
| Accessories Optional : | PSD24x external Power supply |
Functionality
APM & ARU SETUP EXAMPLES
Together the APM paging tables and the ARU Relays create a flexible setup that can easily be installed to match your every need.
Example 1:
This application diagram shows a simple and basic setup with an APM Paging Microphone in an analog paging setup, combined with an ARU Intelligent Relay Unit. Besides the APM Paging Microphone, a Line-Level audio source is connected as background music source. On the output of the ARU Unit, a four-channel 100V amplifier (or four independent amplifiers) is connected for amplification of the audio signal for every zone.
In normal operation, the music coming from the Line-Level audio source (CD-Player, Tuner, MP3 Player, … ) will be heard in all the zones. (The relays of the ARU will be switched to background music) In case of an announcement, the ARU will switch to the signal coming from the paging microphone (for the channels selected by the buttons on the APM microphone) and the announcement will be heard in the selected zone.
In this way, every zone has a separate amplifier (or channel) whereby the power or volume for each zone can be different. (e.g. Some zones are bigger than others, so need more amplifier power)
Advantage:
- Volume can be set for each individual zone
- Amplifier power can be different for each individual zone
Disadvantages:
- Every zone needs a separate amplifier
Example 2, 100V application:
This application diagram shows a simple and basic setup with an APM Paging Microphone in an analog paging setup, combined with an ARU Intelligent Relay Unit. Besides the APM Paging Microphone, a Line-Level audio source is connected as background music source. The audio signal coming from the sources (APM Paging Microphone and Line-Level audio source) is amplified before it’s fed to the ARU unit. This way, only two amplifiers (One for paging and one for background music) are necessary, no matter how many output zones are used. As long as the amplifier power is sufficient for driving the loudspeakers.
In normal operation, the output of the background music amplifier will be fed to the ARU and will be heard in all output zones. (The relays of the ARU will be switched to background music) In case of an announcement, the ARU will switch to the signal coming from the Paging amplifier (for the channels selected by the buttons on the APM microphone) and the announcement will be heard in the selected zone.
In this way, only two amplifiers are required, no matter how many output zones are used.
Advantage:
- Only two amplifiers are required, no matter how many zones used
- Volume for background music and paging can be set separately
Disadvantage:
- Amplifiers should have sufficient power for driving all zones
Example 3, Multiple Paging microphones:
This application diagram shows a more advanced analog setup with multiple APM Paging Microphones linked with each other in bus structure, combined with two ARU Intelligent Relay Units.
Multiple APM Paging Microphones are connected, using different numbers of control buttons. This way, some paging consoles can be configured in such way that they only can control only some (and not ALL) zones, or they can be configured in such way that multiple zones are ‘grouped’ under one button, meaning by pressing one single button messages are announced in multiple zones at the same time.
The APM Paging consoles are connected in a bus structure, wherein only one Paging Microphone can be used simultaneously. The paging is priority-based and can be configured by addressing. The first ARU Unit is used for switching between the line-level signal coming from the background music source and the paging microphone.
In normal operation, the music coming from the Line-Level audio source (CD-Player, Tuner, MP3 Player, … ) will be heard in all the zones. (The relays of the ARU will be switched to background music) In case of an announcement, the ARU will switch to the signal coming from the paging microphone (for the channels selected by the buttons on the APM microphone) and the announcement will be heard in the selected zones.
The second ARU Unit will switch simultaneously with the first ARU Unit, and in this application, it’s used for overriding volume control.
As shown in the diagram, every zone is equipped with one or more additional 100 Volt volume controllers which can be used for reducing the volume in that particular zone, or for that particular loudspeaker. In case of an announcement, and external 24 Volt power supply (switched by the 2nd ARU unit) will trigger the priority relay on the 100 Volt volume controller, making sure the announcement is always heard on maximum volume.
Example 4 Industrial Application:
This application diagram shows an advanced setup where multiple APM Paging microphones and an ARU unit are used in a digital application.
The APM Paging microphones are connected directly to the Digital Matrix systems and the paging is configured using the software of the Matrix systems. The ARU Intelligent Relay Unit in this application is used for controlling external devices such as Lightning, Automatic projection screens, and Automatic curtains. This provides the possibility for controlling an extreme variation of external devices, Almost everything controllable by contacts closure.
The ARU relays can be controlled simultaneously with voice announcements or by separately programmed buttons while both Relay-Toggle and Push-To-Hold is possible.
Disclaimer/Notes/Software/Firmware
*Note: AUDAC operates a policy of continuous development. AUDAC reserves the right to make changes and improvements to any of the products described on this website without prior notice. Specifications are subject to change without notice. Please refer to the manufacturer’s web page for the most up to date specifications and product details www.audac.eu For the most up to date Software and Firmware visit www.audac.eu.
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