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OUTPUT TONE SETTING

 

 

Use the DIP switch on the back of the sounder body to select the tone required; for this function the first five switches are used, highlighted in 

picture 12.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

The switches positioned upwards acquire value 

“1”; 

on the other hand, if positioned downwards acquire value 

“0”.

 

 

1)

 

From the MAIN TONE SET table or the ALTERNATE TONE SET table (the choice of the table depends on how the sounder

s wiring has 

 

been carried out) select the output alarm tone triggered when the sounder is activated.

 

 

2)

 

Refer to the corresponding line of the 

DIP configuration

” 

column to select the five switch selection settings.

 

 

OUTPUT VOLUME SETTING

 

 

Use the DIP switch at the back of the sounder body to select the output volume; in particular, switches 6 and 7, highlighted in picture 13, are 

used.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

The switches positioned upwards acquire value 

“1”; 

on the other hand, if positioned downwards acquire value 

“0”.

 

 

1)

 

Select the alarm volume required when the sounder is activated (table 2).

 

 

2)

 

Refer to the corresponding line of the 

DIP configuration

” 

column to set the two volume selection switches.

 

Tone volume

 

DIP configuration 

-

 switch 6 and 7

 

dB(A) evaluation

 

Notes

 

HIGH

 

11

 

100 dB(A) +/

-

 3

 

All tones

 

MEDIUM HIGH

 

01

 

 

 

MEDIUM LOW

 

10

 

 

 

LOW

 

00

 

 

 

Picture 12

 

Picture 13

 

Table 2

 

[email protected]

 

L20

-

CWS1W

-

1400 (vA.5)

 

Summary of Contents for HFC-WSW-03

Page 1: ... detach the upper sounder body from the base 1 Insert the pins of the compatible key into the holes of one of the two side locking mechanisms 2 Turn the key 90 to the left whilst applying light pressure 3 Repeat this step for the second side locking mechanism the locking mechanism appears as in picture 1 when in the open position flush 4 Detach the sounder body from the base by pulling gently to s...

Page 2: ...hted in picture 6 CABLE ENTRIES The sounder base is provided with a knockout entry for the system cables located in the centre of the base picture 7 The side wall of the base has prepared drilling points to allow for installation of cable glands a row of three drilling points are provided to allow for single or twin cable connection picture 8 TERMINAL BLOCK INSTALLATION The terminal block on the b...

Page 3: ...er one can be used Connect to the negative terminals of the control panel s sounder circuit Wiring to these terminal blocks acti vates the main tone set 4 5 Alt Terminal blocks for the line s negative terminals These connections are shorted either one can be used Connect to the negative terminals of the control panel s sounder circuit Wiring to these terminal blocks acti vates the alternate tone s...

Page 4: ...the DIP configuration column to select the five switch selection settings OUTPUT VOLUME SETTING Use the DIP switch at the back of the sounder body to select the output volume in particular switches 6 and 7 highlighted in picture 13 are used The switches positioned upwards acquire value 1 on the other hand if positioned downwards acquire value 0 1 Select the alarm volume required when the sounder i...

Page 5: ...n OFF for 1s 11011 HF Back up interrupted tone 14 2800Hz for 150ms then OFF for 150ms 11001 HF Back up interrupted tone fast 15 2800Hz continuous 01001 HF Continuous 16 800Hz for 500ms then OFF for 500ms 01111 Interrupted tone 17 1000Hz for 250ms then OFF for 250ms 01101 Interrupted tone medium 18 970Hz for 500ms then OFF for 500ms 01110 ISO 8201 LF BS5839 Pt 1 1988 19 2850Hz for 500ms then OFF fo...

Page 6: ...0110 11 990Hz continuous 00001 12 800Hz continuous 00101 13 2800Hz continuous 11011 14 800Hz continuous 11001 15 2800Hz continuous 01001 16 800Hz continuous 01111 17 800Hz continuous 01101 18 970Hz for 500ms then OFF for 500ms 01110 19 2850Hz for 500ms then OFF for 500ms 01100 20 800Hz continuous 11010 21 800Hz continuous 01010 22 800Hz continuous 11000 23 970Hz continuous 11111 24 800Hz continuou...

Page 7: ...yfirewireless com TECHNICAL SPECIFICATIONS Power supply voltage range 15 40 Vdc 24 Vdc standard value Activated current range volume set to HIGH Dependent upon tone selected 5 8 mA at 24 Vdc Audible frequency range Dependent upon tone selected 440 2900 Hz Maximum sound output volume set to HIGH Valid for all tones 100 dB A 3 Maximum temperature range 25 C 70 C Maximum humidity 95 RH without conden...

Page 8: ...and follow national codes of practice and other internationally recognized fire engineering standards Appropriate risk assessment should be carried out initially to determine correct design criteria and updated periodically WARRANTY All devices are supplied with the benefit of a limited 5 years warranty relating to faulty materials or manufacturing defects effective from the production date indica...

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