IP 101 AZIMUT

The IP101 Azimuth MK detector is included in the alarm loop without additional current-limiting elements (there is a built-in 2kOhm resistor) and without regard to polarity.Alarm notification is provided by an increase in the current through the detector, and by turning on the indicator.

The threshold temperature of response corresponds to the classes A3 [64 ... 76 ° C], C [84 ... 100 ° C], D [99 ... 115 ° C].

The IP101 Azimuth detector is used to detect the source of fire and transmit a signal to the receiving and control device and is designed to work as part of automatic fire extinguishing and fire alarm systems at special-purpose facilities.The detector is designed for installation in hazardous areas of class 0 and below.The detector is available in versions with a conventional (for tanks) or shortened (for rooms) thermosensitive housing part.
There are three normal values for the threshold temperature: 70 ° C; 90 ° C; 110 ° C.

Name	IP101 Azimuth MK	IP101 Azimuth
Explosion protection marking	1 Ex d IIB T4 Gb	0Ex ia IIB T6 Ga
I.S. parameter labeling		LI: 1 µH, CI: 1000 pF, UI: 27 V, II: 13 mA, PI: 0.4 W
Degree of protection of the shell	IP67	IP67
Operating temperature range, °С	-60...+115	-60...+85
Supply voltage range, V	6...27	6...27
Current consumption in standby mode at a supply voltage of 24 V:	0.35 mA	0.35 mA
Own current consumption in the "Fire" mode, no more	2.3 mA.	2.3 mA.
Ready time after supply voltage	no more than 0.5 sec.	no more than 0.5 sec.
Overall dimensions, mm	- excluding cable glands - 113x1000x162;	- regular - 122x82x152
Overall dimensions, mm	- excluding cable glands - 113x1000x162;	- elongated - 122x82x259

Selection table for additional resistors

FACP type	Connection options
FACP type	Parallel connection (make)
LB-07	Rd must ensure current consumption> 15 mA,
LB-07	Rok \u003d 2 kOhm, VDok \u003d KD522.
Ray	Rd = 2.4 kOhm, Rok = 2.4 kOhm, VDok = KD521A.
PPK-2	Rd = 1.2 kOhm, Rok = 3.6 kOhm, VDok = KD521A.
fireball	Rd \u003d 1.5 kOhm (3.0 kOhm - to determine double drawdown),
fireball	Rok \u003d 4.7 kOhm, do not install VDok
Yakhont-16i	Rd \u003d 1.8 kOhm (4.0 kOhm - to determine double drawdown),
Yakhont-16i	Rok = 8.2 kOhm, do not set VDok
WERS	Rd \u003d 820 Ohm (1.8 kOhm - to determine double drawdown),
WERS	Rok = 7.5 kOhm, do not set VDok

AM - indicates the presence of a product modification with an address label.

The response temperature set by the manufacturer can be changed by the consumer by installing an appropriate resistor in the detector terminals. The detector is equipped with resistors to set the response temperature: 70°С; 90°C; 110°C.
The dependence of the operating temperature of the IP Azimuth MK on the resistance of the setting resistor.

T, °C	51	60	70	81	90	100	110	135	150
Rt, kOhm	thirty	20	13	8.2	5.6	3.6	2.4	0.560	0

The IP101 Azimuth MK detector is supplied with cable glands of various designs:

for open laying of the connected cable with a diameter of 8-12 mm (index in the designation - K);
for laying the attached cable in the G1/2 pipe;
for laying the attached cable in a G3/4 pipe;
for connecting an armored cable with a diameter of 8-12mm.

Dependence of the operating temperature of the IP Azimuth on the resistance of the setting resistor.

T, °C	51	60	70	81	90	100	110
Rt, kOhm	thirty	20	13	8.2	5.6	3.6	2.4

The IP101 Azimuth detector is supplied with two cable glands, which allow the detector to be installed in an alarm loop with a round cable with a diameter of 6-10mm.

IP 101 AZIMUT

The threshold temperature of response corresponds to the classes A3 [64 ... 76 ° C], C [84 ... 100 ° C], D [99 ... 115 ° C].

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