PASSPORT

Detectors fire thermal IP103-5 (Next detectors) are designed to work in closed premises of stationary facilities in order to detect the foci of chains accompanied by heat release.
Detectors are designed for continuous round-the-clock operation in the installations of the fire and security and fire alarm.
IP 103-5 / 1-A3 detectors can be installed in hazardous areas.the premises, if on the basis of the labeling of the explosion protection OEXIIICT6X (testimony of the CA WEF №99.s153). In this case, the signal circuit of the IP103-5 detector should be connected to a certified security barrier with output intrinsically safe "IA" level circuits.
Detectors (except IP103-5 / 1-A3 IB, IP103-5 / 2-A1 *) contain a built-in red optical indicator, turning on in the transmission mode of alarming notification, when the following receiving-control devices are turned on in the loops: note, Rainbow PPKP, WEPC PC, SBP signal, WATS1-1a, Chord PPKOP and other instruments of receiving and control, having electrical modes of loops similar to the modes of the above devices. The detectors of the IP103-5 / 2-A1 * provide an indication of the inclusion of the transmission mode of the alarm notification in the form of a luminosity of the Red Light of the Red Light when the instrument-control type "Unitronics" is turned on into the plumes. IP103-5 / 1-A3 IB detectors do not have an indication of the inclusion of the transmission mode of the alarm notification.
Decisions, depending on the constructive performance, have conventions,
led in Table 1.
Installation and operation instructions

1. The default of the detector on a protected object is made according to the relevant regulatory and technical documentation for installation, testing and commissioning of installations of security and security and fire alarms.
2. For installation on the object, the base of the detector is fixed at the selected location of the installation with screws or glue.
3. Detector plug Connect a pre-de-energized alarm loop. Copy conclusions Fasten between current-carrying washers and clamp nut. After connecting the signaling loop, the detector cover is fixed based on the latch.
4. In the process of operation, the detector does not require maintenance, but when conducting a capital repairs, it is necessary to exclude the ingress of building materials on the surface of the heat sensitive sensor.
If you need to check the performance of the detector, it is necessary to create a thermal effect that in the zone of the heat sensitive sensor is the maximum response temperature for this type of detector, which should lead to opening (closure) of the sensor contacts, which can be registered both by the autometer and the receiving and control devices of the fire and security - Foreign alarm. After removing the thermal exposure, the detector is self-assessing for a few minutes ........

Due to the increase in the capacity of household appliances and various equipment, the risk of electrical wiring is increased due to its overheating and closure. This is a greater danger of both for residential premises and for administrative and economic. Timely detection of the fact of fire is the basis for the elimination of a fire and prevent its distribution. In order to detect the fire, measurement instruments of various types are used. One of them is the heat detector IP 103.

Appointment and application

Thermal fire detectors of the SP 103 series are designed to detect heat allocated with unauthorized burning inside various premises. These devices are combined with a fire indicators of various types in single security systems. Thermal Sensors IP 103 can be executed in the usual and explosion-proof version.

Features of the design of detectors, allow them to equip such premises:

1. Warehouses with ammunition.
2. Closed petroleum.
3. Underground parking and garages.
4. Shops, satisters and stalls.
5. Angaras for aircraft and trains.
6. Warehouses with sawn timber, paints and chemically active substances.
7. Closed sports facilities.

IP 103-5 detectors can work almost at any ambient temperature. These devices have great demand, since not all similar products are so unpretentious.

Device and principle of operation

Fire detectors IP 103 have a fairly simple, but reliable device. They consist of a housing in which a thermo sensor sensor and covers are concluded.

On a note: The thermal sensor is a hermetic metal capsule, in which the spring is located from the bimetal, pressed against the walls of the capsule.

After the air temperature reaches the threshold, the plate is deformed and the chain opens.

The control device issues information to the information board, which shows an alarm. On the detector itself, the red indicator lights up, indicating the sensor triggering.

The cover is executed in the decorative version and has holes for free air penetration to the temperature sensor. To the base of the case, the lid is attached on the latches.

The lack of complex electron-optical circuits and the complete tightness of the thermal element makes the heat detector of the IP 103 a reliable assistant in the fight against fires.

Advantages and disadvantages

Like any technical product, the detector Fire Pip 103 has strengths and weaknesses.

The advantages of the device include its properties:

• wide temperature range of work;
• immunity to pollution;
• the ability to work in a chemically aggressive environment;
• resistance to mechanical effects;
• lack of false positives;
• the possibility of rapid return to the working state after opening the chain;
• a large resource of work and durability;
• the presence of an alarm indicator that allows you to quickly detect the device that has served;
• simplicity and speed of installation;
• affordable price;
• easy to maintain.

It is not surprising that these products enjoy well-deserved popularity and high demand.

The few lack of thermal sensor SP 103 includes such features:

• narrow limited functionality (heating only);
• the ability to feed only analog signal.

The main disadvantage of the IP 103-5 / 1 detector is that it gives an alarming signal when the flame has achieved considerable strength. The device actually states the fact of a large fire. Therefore, it will effectively work in a room where the fire cannot quickly spread through its area.

Specifications

All IP 103 thermal sensors have a quality certificate and are characterized by the following parameters:

• mode of operation - round the clock;
• size - diameter 60 mm, height 35 mm;
• weight - 100 gr.;
• operating temperature range - from -50 ° C to + 70 ° C;
• maximum air humidity - 95%;
• power - permanent current 24 V;
• popular opening temperature - + 70 ° C (± 5 ° C);
• price - from 60 rubles;
• service life - 10 years.

The manufacturer declares the 200,000 hours of operation of instruments subject to the rules of operation.

Installation of the device

Sensor installation

The installation of the thermal IP 103-5 detector is carried out according to the fire alarm installation documentation. It can be done, both during the installation of the system and after a while.

Detectors can be fixed on such surfaces:

1. Ceiling. The ceiling material can be any - concrete, wood, plasterboard, plastic or PVC film. When installing on the stretch ceiling, mortgage parts are applied, in order to avoid the film sagging.
2. Fixed devices can be screwed or glue. When the ceiling is very high (hangars, theaters, museums) allow them to hang it on steel cables. In this case, the sensors are tied to the wire with wire or fixed on the plate clamps.
3. Walls. This option is undesirable, but it is possible. Thermal sensors are installed as close as possible to the ceiling. In the corners, their installation is invalid. Corners - last place in the room, where smoke gets.
4. Beams and columns. As a rule, acrylic glue is used for fastening on thick steel structures. To increase reliability, you can use through holes, bolts and nuts.

Given the aesthetic execution of the hull and low weight, detectors can be installed almost anywhere.

Installation of detectors on a protected object is carried out in the following sequence:

1. Marking. On the ceiling, or other surfaces, the locations of the sensors are applied according to the project.
2. If necessary, drilling holes and install plastic dowels in them.
3. The detector enclosures are installed in place.
4. Wiring wires from the junction box to the locations of the sensors.
5. Connecting wires to devices. Close the lid.
6. Wires from devices are attached to the signaling loop.
7. The performance of each thermal sensor is carried out. This is carried out using a heat source caused to the sensor. For this, the construction hairdryer is well suited. Along the way, the performance of all elements of the fire system and the ability of thermal elements to return to the working state are checked.

In the course of operation, it is necessary to clean the instrument and dust and dirt cleaning of the appliance and dirt. This is done with a brush, vacuum cleaner or compressor.

Explainable service is carried out at the end of the repair work in the room, in order to clean the lattice and thermoelement from the frozen mortar. After cleaning, tests are tested.

Video about fire detector

Fire detector thermal maximum IP 103-10. Device connecting US-4 Pashk.425212.050

R1 * - resistor C2-33N-0.25-5.6 com ± 5%;
R2, R3 is a resistor C2-33N-0.25-1 com ± 5% when applying power consumption detectors IP103-10- (A1), IP103-10- (A3);
IP1, IP 2 - fire power consumption detectors IP103-10- (A1), IP103-10- (A3).

* When using power consuming detectors (IP103-10 to 40 pcs. Etc.) The value of the terminal resistor R1 should be increased so that the total resistance of the detectors and the terminal resistor amounted to 5.6 com ± 10%, for this you can connect to the terminals SC nominal resistor (5.6 com) and measure voltage on it (SC voltage in nominal mode ranges from 17 to 20 V); Then turn off the resistor and connect to the CS detectors terminals (they should be in the "norm" mode) and select the value of the terminal resistor so that the voltages on the CC terminals coincide with the voltage measured on the nominal resistor. When applying detectors with other receiving and control devices, you should use descriptions for these devices.

2.2. Installation of the detector

Figure 2 shows the overall and connecting dimensions of the detector and the device of the connecting device. Placement and installation on a controlled object should be made in accordance with the requirements of the NPB 88-2001 "Fire extinguishing and alarm installations. The norms and rules of design "and the RD 78.145-93" Systems and Complexes of the Security Fire and Security and Fire Alarm. Rules of production and acceptance of work. "

2.3. Checking the performance of the detector

2.3.1. At the time of testing, it is necessary to turn off the outputs of receiving and control devices and actuators controlling automatic fire extinguishing equipment (ASPT) and notify the relevant organizations.

2.3.2. Include the power of the receiving and control device and observe a single flashing of the output LED, which means the indication of the detector standby mode.

2.3.3. Turn on the fan heater and direct the heat flux to the sensitive element of the detector.

2.3.4. Observe the transition of the detector indicator into the constant glow mode and the transition of the PCP signaling loop into the fire mode, while the single flashing of the IVS-2 remote indicator LED is stopped.

2.3.5. After testing, make sure that detectors are ready for staff work, restore the connection of receiving and control devices and executive devices with the ASPT tools and notify the appropriate organization that the system is ready for staff.

Passport

Detectors fire thermal IP103-5 (Next detectors) are designed to work in closed premises of stationary facilities in order to detect the foci of chains accompanied by heat release. Detectors are designed for continuous round-the-clock operation in installations.
fire and fire alarm. Detectors IP103-5 / 1-A3 IBcan be installed in the explosive areas of the premises if they have on the basis of the labeling of the explosion protection of the OEXIIICT6X (testimony of the CA WEF №99.c153). In this case, the detector's signaling chain must
connect to a certified security barrier with output intrinsically safe "IA" level circuits. Detectors (except IP103-5 / 1-A3 IB, IP103-5 / 2-A1 *) The built-in optical red indicator, turning on in the transmission mode of the alarm notification, when the following instrument and control devices are turned on in the loops: note, Rainbow PPKP, VERS PC, SBP signal, WATS1-1A, PPKOP chord and
other instruments of receiving and control having electrical modes of loops similar to the modes of the above devices. The detectors of the IP103-5 / 2-A1 * provide an indication of the inclusion of the transmission mode of the alarm notification in the form of a luminosity of the Red Light of the Red Light when the instrument-control type "Unitronics" is turned on into the plumes. IP103-5 / 1-A3 IB detectors do not have an indication of the inclusion of the transmission mode of the alarm notification.

Installation and operation of IP 103-5 / 1-A3 (IP103-5)

1. Installation of the IP 103-5 / 1-A3 detector (IP103-5) on a protected facility is made according to the relevant regulatory and technical documentation for installation, testing and commissioning of installations of security and security and fire alarms.
2. To install on the object, the base of the detector is fixed at the selected place of installation with screws or glue.
3. Connect the detector cover to a pre-de-energized alarm loop. Copy conclusions Fasten between current-carrying washers and clamp nut. After connecting the signaling loop, the detector cover is fixed based on the latch.
4. In the course of operation, the detector does not require maintenance, however, when conducting a capital repairs, it is necessary to exclude the ingress of building materials on the surface of the heat sensitive sensor. If you need to check the performance of the detector, it is necessary to create a thermal effect that in the zone of the heat sensitive sensor is the maximum response temperature for this type of detector, which should lead to opening (closure) of the sensor contacts, which can be registered both by the autometer and the receiving and control devices of the fire and security - Foreign alarm. After removing the thermal exposure, the detector is self-assessing in
within a few minutes.