Ampetronic ILD60 Скачать руководство пользователя страница 1

1. INTRODUCTION

The ILD60 Induction Loop Driver has been designed as a very high quality 
power driver for small size induction loops in semi–domestic and 
semi–professional locations such as TV rooms in nursing/residential 
homes, and small/medium size meeting/interview rooms. Ease of 
installation and use have been major factors in the design, combined with 
optimised performance, and freedom from generation of R.F.I. to meet all 
future technical requirements.

To ensure compliance with all technical standards, it is essential that the 
equipment shall be installed by an individual who is technically competent 
in professional audio, and who has the necessary installation skills.

Warranty Information
This product carries a 5 year parts and labour warranty which could be 
invalidated if these instructions are not followed correctly, or if the unit is 
tampered with in any way.
The 5 year warranty is dated from the time the the equipment leaves 
Ampetronic and NOT when it is installed.

 

2. 

PRELIMINARY INSTALLATION DATA.

2.1  

Inspect the equipment upon unpacking, to ensure that the contents of the 
shipping carton are not damaged.

2.2   Install the unit in the place where it will be used. Care must be taken that 

this location provides satisfactory ventilation for the equipment. In order to 
ensure this, the unit should not be installed in a tightly enclosed space.  
Enough room must be available to permit free airflow across the 
equipment. If the unit is installed in an enclosed environment, sufficient air 
flow must be provided through vents, fans or other means. The amount of 
heat generated depends on the loop size, and wire gauge, but can be such 
that the reliability of the equipment will be reduced if the ventilation is poor.

The unit can be placed freestanding, or fixed to a wall surface by means of 
two roundheaded No. 8 wood screws fitted to suit the rear hole pattern. The 
screws are positioned at 160mm separation in a vertical line. The drilling 
template will assist in correct positioning.

2.3   

Prepare the input signal connection as described in section 3.

2.4   Connect the loop cable to the rear Loop Terminals. Ensure that no stray 

wire ends protrude from the terminal. The polarity of the loop is not 

1

ILD60

INDUCTION  LOOP  DRIVER

Содержание ILD60

Страница 1: ...2 1 Inspect the equipment upon unpacking to ensure that the contents of the shipping carton are not damaged 2 2 Install the unit in the place where it will be used Care must be taken that this locatio...

Страница 2: ...instances careful investigation will indicate whether a microphone is suitable Dynamic microphones cannot normally be used with the equipment because of the much lower signal level and the DC bias wh...

Страница 3: ...in most installations It must be stressed that there are sometimes very unusual circumstances which demand unusual solutions and the installer should then take great care over the design and installat...

Страница 4: ...of the room and check that this area is smaller than that defined by the limiting curve of the graph 5 3 Choice of loop Cable Please note that the Ampetronic Loop Drivers have been designed to operate...

Страница 5: ...the line input Increase the LINE control until the compression LED illuminates under peak signal conditions This establishes a reference level for the output power driver Increase the DRIVE setting un...

Страница 6: ...ipment for correct signal levels on the other inputs Increase the setting of Microphone 1 until the desired input signal level operates the VOX switching and the output signal from this input is corre...

Страница 7: ...ore overload Front panel indication Attack and Decay time constants optimised for speech 8 6 Frequency response 80Hz to 5kHz 1 5dB at low level measured as loop current High frequency high signal leve...

Страница 8: ...ghamshire NG24 2ET United Kingdom Declares that the product Description Induction Loop Driver Type Name ILD60 Conforms to the following Directive s and Norm s Directive 89 336 EEC EMC EN55103 1 2 1997...

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