From 3450 rub.
Certificates:Certificate of conformity TR o fire safety No. S-RU.ChS13.V.00812 download " ))" href="/images/sertificate/MIP/PB_mip.jpg">Certificate of Compliance technical regulations customs union RU C-RU.GB04.V.00635 download " ))" href="/images/sertificate/MIP/trts_mip.jpg"> download " ))" href="/images/sertificate/MIP/trts_mip_11.jpg">Appendix to the Certificate of Compliance with the requirements of the technical regulations of the Customs Union RU C-RU.GB04.V.00635 download " ))" href="/images/sertificate/MIP/trts_mip_2.jpg"> download " ))" href="/"> download " ))" href="/"> download " ))" href=" /">Additional Information:MIP modules are included in the nomenclature Directory of materials and technical equipment of OAO Gazprom.MTP codes 2149504 - 2149513 |
Firefighter interface module - MIP
Performs the functions of a fire alarm control panel and is designed to monitor the status of a linear fire detector ( thermal cable) type IP104 “Grenade - thermal cable” or its analogues along its entire length and transmitting discrete signals about its condition to external circuits.
Scope of application of MIP system modules fire alarm And automatic fire extinguishing objects (including explosive) using a thermal cable as a detector IP104 “Grenade - thermal cable” or its analogues.
At the same time, MIP modules can be used as independent control panels
, having all the necessary functions, and as intermediate link (barrier), providing control of the thermal cable and working on a certain control panel.
MIP has options:
| Name | number of ALs | intrinsic safety of AL | distance indication | IP housing version |
| MIP - 1 | 1 | - | - | Wall mounted IP65 |
| MIP - 1- Din | 1 | - | - | On DIN-IP20 rail |
| MIP - 2 | 2 | - | - | Wall mounted IP65 |
| MIP - 3 | 3 | - | - | Wall mounted IP65 |
| MIP - 1-Ex | 1 | + | - | Wall mounted IP65 |
| MIP - 1-Ex- Din | 1 | + | - | On DIN-IP20 rail |
| MIP - 2-Ex | 2 | + | - | Wall mounted IP65 |
| MIP - 3-Ex | 3 | + | - | Wall mounted IP65 |
| MIP - 1I | 1 | - | + | Wall mounted IP65 |
| MIP - 2I | 2 | - | + | Wall mounted IP65 |
| MIP - 3I | 3 | - | + | Wall mounted IP65 |
| MIP - 1I-Ex | 1 | + | + | Wall mounted IP65 |
| MIP - 2I-Ex | 2 | + | + | Wall mounted IP65 |
| MIP - 3I-Ex | 3 | + | + | Wall mounted IP65 |
Explosion-proof modules MIP-2- Ex, MIP-1- Ex, MIP-3- Ex, MIP-3I- Ex , MIP-2I- Ex, MIP-1I- Ex, MIP-1- Ex-Din provide intrinsic safety of alarm loops (thermal cable lines). These modules with input intrinsically safe electrical circuits of level ia subgroup IIC belong to associated electrical equipment (according to GOST R 51330.10) and are marked with explosion protection IIС, comply with the requirements of GOST R 51330.0, GOST R 51330.10 and are intended for installation outside hazardous areas of premises and outdoor installations.
MIP-2 modules AND-Ex, MIP-1 AND-Ex, MIP-3 AND-Ex, MIP-2 AND, MIP-1 AND, MIP-3 AND in ALARM mode, AL is displayed on the indicator distance in meters from the beginning of the thermal cable to the trigger point. These modules are also equipped with an interface RS-485 through which both notifications and distances are transmitted, as well as module programming (in particular, setting the value linear resistance thermal cable).
Modules with indication of the distance to the trigger point MIP-(1,2,3)I(-Ex) have temperature compensation function changes in the resistance of the thermal cable cores, which makes it possible to increase the accuracy of determining the trigger point during significant temperature fluctuations environment thermal cable. Thermal compensation is carried out by constantly monitoring and compensating for slowly changing temperature deviations in the resistance of the thermal cable in NORMAL mode.
Maximum accuracy in determining the distance of the trigger point (± 1 meter) is achieved when using MIP modules with temperature compensation function together with the IP104 “Granat - thermal cable” thermal cable.
Double-loop MIP modules 2 , MIP- 2 And, MIP- 2 -Ex, MIP- 2 I-Ex are convenient for use in automatic fire extinguishing systems, when fire extinguishing means should be launched only when detectors are triggered simultaneously in two alarm loops.
Three-line modules MIP- 3, MIP- 3 And, MIP- 3 -Ex, MIP- 3 I-Ex are intended for use in fire alarm systems and meet the requirements of SP 5.13130.2009. clause 14.3.
Modules MIP-1- Din, MIP-1-Ex- Din are made in a housing with reduced dimensions, mounted on DIN-rail, and are designed for installation in a sealed cabinet.
A feature of all MIP modules is the ability to control a remote thermal cable connected to the module using a conventional copper cable. At the same time, the MIP monitors a short circuit in the supply copper wires and distinguishes it from a short circuit in a thermal cable that occurs during a fire. To ensure this function, it is carried out calibration module after installing the alarm loop circuits.
The modules are addressable (for each AL) and galvanically separated exits NORMAL and ALARM for transmitting corresponding notifications to external circuits. The outputs are switching (there are normally closed and normally open groups) of the “ dry contact" Notifications are transmitted by switching the corresponding groups of output contacts.
Module features:
- information capacity - 1, 2 or 3 loops
- high information content - 3 types of received notifications
- availability of calibration mode
- alarm memory mode
- presence of light and sound alarms
- option with “intrinsically safe circuits”
- high accuracy in determining the trigger point
- availability of RS-485 interface, MODBUS protocol
- LCD indicator
Basic technical data and characteristics
| Explosion protection marking | IIС | |
| Shell protection degree | IP 65 | IP 20* |
| Ambient temperature (°C) | ||
| - for modules without indication | -40...+55 | |
| - for modules with indication | -25...+55 | |
| Supply voltage range (V) | 9...30 | |
| Maximum current consumption (mA), no more, in standby mode / in fire mode | ||
| - for modules without indication | 30 /40 | |
| - for modules with indication | 70 /120 | |
| Maximum voltage switched by output contacts, (V): | 48 | |
| Maximum current switched by output contacts, (A): | 0,2 | |
| Overall dimensions of the device (mm) | 220x125x55 | 55x100x65* |
| Device weight (kg), no more | 0,7 | 0,15* |
* - For modules MIP-1- Din, MIP-1-Ex- Din
Firefighter interface module “THERMOCABLE_ MIP2I” is a two-zone module for monitoring one or two zones of a linear thermal fire detector.
Main features of the MIP2I module:
- Automatic testing - self-test of the Linear detector-MIP2I-fire alarm panel system
- Testing configured parameters
- The connection of two loops of a linear thermal fire is notified
- Two operating modes: independent and two-threshold
- Independent mode provides independent control over the operation of each linear thermal fire detector connected to MIP2I, which allows you to connect to the device both linear thermal fire detectors with similar characteristics (of the same sensitivity temperature, in the same type of shell) and linear thermal fire detectors with different characteristics. sensitivity temperatures and different shells). In this operating mode, if one of the loops catches fire, the device will give a “FIRE” signal and determine the distance to the source of fire.
- Dual threshold mode provides joint control of two zones of a linear thermal fire detector with the ability to issue a preliminary fire signal and a “FIRE” signal. In this mode, the “FIRE” signal is given only when two loops of a linear thermal fire detector connected to MIP2I are triggered simultaneously. When only one loop is triggered, the device determines the distance to the source of a possible fire, but does not signal a fire. This mode is designed to protect against false alarms.
- MIP2 operates independently or with connection to the fire alarm panel.
- Supports MODBUS protocol
- LCD display with indication
- There are two options for connecting a linear heat fire detector: directly to the MIP2I and connecting via a leading-connecting cable, which allows you to reduce the number of linear heat fire detectors, as well as install the MIP2I in any place convenient for the user. The connecting cable is calibrated automatically when the system is first installed.
- Line heat fire fault control is notified.
- Possibility of connecting one line of a linear heat fire detector.
When purchasing 5000 m of linear detector IP-104/IPLT ProReact Digital TN m module THERMO CABLE_MIP2I for 0 rub.!
Specifications firefighter interface module
"THERMO CABLE_ MIP2I"
|
Name |
Options |
|
Dimensions |
H180mm x W120mm x D60.5mm |
|
Protection class |
N4MA4, 4X (IP65) |
|
Coating |
Light grey, transparent lid |
|
2 lines, 16 characters, backlight, display shows zone status |
|
|
Operating voltage |
12VDC - 36VDC |
|
Normal operation |
<10мА <4мА |
|
Both alarms are activated and LCD backlight is on |
<40мА <15мА |
|
Temperature Range |
|
|
Accommodation |
5mm ascending clamp connection |
|
Information outlet |
Two-wire RS-485 Modbus RTU |
|
Signaling |
2x voltage-free relay contacts C-form Max. voltage 220 V DC / 250 V AC Max. current 2A Max. commutation power 60W, 62.5VA |
|
Max. voltage 35 V DC Max. current 80mA |
|
|
Maximum resistance of a linear thermal fire detector |
100Ω/km per conductor. |
Principle of operation
When the specified temperatures are applied to the sensitive element - a linear thermal fire detector, due to overheating or a fire in any of the two zones, MIP2I automatically calculates the distance to the overheating point on the linear thermal fire detector and displays the resulting value in meters. The two zones operate independently of each other, and each zone has a separate alarm and normally conducted fault output. MIP2I is designed for installation between a linear thermal fire detector and an addressable or addressless fire alarm control panel. MIP2I has power, failure and alarm indicators responsible for each individual zone. MIP2I can also be connected to an automated production process control system using a two-wire RS-485 Modbus RTU output.
Technical characteristics of the linear heat detector IP-104/IPLT ProReact Digital TN
|
Properties |
IP-104/IPLT ProReact Digital TN |
| Sensitivity | +68ºС +78 ºС +88 ºС +105 ºС +185 ºС |
| Dielectric strength value | 1000V |
| Noise protection |
Laboratory tested |
| Shell | PVC, nylon, polypropylene, stainless steel braid |
| Technology | Twisted pair of trimetallic conductors (steel coated with copper and tin). Copper plating provides high electrical conductivity. Tin spraying - additional protection against corrosion |
| Cable length | 3000 m using interface module~ 190 Ω/km Resistance is reduced thanks to innovative trimetallic conductor technology, which makes it possible to increase the length of the cable. |
| Connection | Directly to the fire alarm panel or via an interface module. |
| Accuracy of lesion detection | twice as high as a conventional linear heat emitter |
| External diameter | 3.6mm +/- 0.12mm - 4.5mm +/- 0.12mm |
| Weight | 1000 m - 20 kg |
| Bend radius | 50 mm |
| Operating range | from -60°С to +125°С. Confirmed by official documentation from the manufacturer. |
| Spread speed | 165,000 km/h |
| Interface module | MIP2I |
| Installation | According to the instructions, the fastening pitch of 1.5-3 m is confirmed by the manufacturer. |
| Certificates | Russian certificate of conformity |
| Warehouse stock | in Moscow |
Connection diagram
Product code 128506
4000 views
Description Special device MIP 2I
The Spetspribor MIP 2I device is equipped with an indication of the distance to the trigger point. Has 2 alarm loops. Performs the functions of a fireman's control panel and is designed to monitor the status of a linear fire detector (thermal cable) type IP104 "Granat - thermal cable" or its analogues along its entire length and issue discrete signals about its condition to external circuits.
The scope of application of MIP modules is fire alarm systems and automatic fire extinguishing of objects (including explosive ones) using the IP104 “Granat - thermal cable” thermal cable or its analogues as a detector.
The device Spetspribor MIP 2I has a wall-mounted housing IP65. At the same time, MIP modules can be used as independent control panels that have all the necessary functions, and as an intermediate link (barrier) that provides control of the thermal cable and works for a certain control panel.
The MIP device has several versions: 
Explosion-proof modules MIP-2-Ex, MIP-1-Ex, MIP-2I-Ex, MIP-1I-Ex, MIP-1-Ex-Din ensure intrinsic safety of alarm loops (thermal cable lines). These modules with input intrinsically safe electrical circuits of level ia subgroup IIC belong to associated electrical equipment (according to GOST R 51330.10), are marked with explosion protection IIC, comply with the requirements of GOST R 51330.0, GOST R 51330.10 and are intended for installation outside hazardous areas of premises and outdoor installations.
Modules MIP-2I-Ex, MIP-1I-Ex, MIP-2I, MIP-1I in ALARM ALARM mode display on the indicator the distance in meters from the beginning of the thermal cable to the trigger point. These modules are also equipped with an RS-485 interface, through which notifications and distances are transmitted, as well as module programming (in particular, setting the linear resistance value of the thermal cable).
Maximum accuracy in determining the distance of the trigger point (± 1 meter) is achieved when using MIP modules together with the IP104 “Granat - thermal cable” thermal cable.
Two-loop modules MIP-2, MIP-2I, MIP-2-Ex, MIP-2I-Ex are convenient for use in automatic fire extinguishing systems, when the fire extinguishing equipment should be launched only when detectors are triggered simultaneously in two alarm loops.
Modules of execution MIP-1-Din, MIP-1-Ex-Din are made in a housing with reduced dimensions, mounted on a DIN rail, and are intended for installation in a sealed cabinet.
A feature of all MIP modules is the ability to control a remote thermal cable connected to the module with a regular copper cable. At the same time, the MIP monitors a short circuit in the supply copper wires and distinguishes it from a short circuit in a thermal cable that occurs during a fire. To ensure this function, the module is calibrated after installing the alarm loop circuits.
The modules have addressable (for each loop) galvanically separated NORM and ALARM outputs for transmitting corresponding notifications to external circuits. The outputs are switching (there are a normally closed and a normally open group) of the “dry contact” type. Notifications are transmitted by switching the corresponding groups of output contacts.
Features of Spetspribor MIP 2I:
- information capacity – 2 loops
- high information content – 3 types of received notifications
- availability of calibration mode
- alarm memory mode
- presence of light and sound alarms
- high accuracy of determining the trigger point
- availability of RS-485 interface, MODBUS protocol
Technical characteristics Spetspribor MIP 2I
- Unit: 1 piece
- Dimensions (mm): 220x125x55
- Weight (kg): 0.70
- Housing version: wall-mounted
- Enclosure degree of protection IP 65
- Ambient temperature (°C) -40...+55
- Supply voltage range (V) 9...30
- Maximum current consumption (mA), no more, in standby mode / in fire mode
- for modules without indication 30/40
- for modules with indication 70 /120 - Maximum voltage switched by output contacts (V): 48
- Maximum current switched by output contacts, (A): 0.2
- Overall dimensions of the device (mm) 220x125x55
- Device weight (kg), no more than 0.7
Performs the functions of a fire alarm control device and is designed to monitor the status of a fire detector linear (thermal cable) type PHSC (Protectowire Inc.), PROLINE TH or their analogues along its entire length and issue discrete signals about its condition to external circuits.
The scope of application of MIP modules is fire alarm systems and automatic fire extinguishing of objects (including explosive ones) using Protectowire thermal cable or its analogues as a detector.
At the same time, MIP modules can be used as independent control panels that have all the necessary functions, and as an intermediate link (barrier) that provides control of the thermal cable and works for a certain control panel.
Peculiarities
high information content – 3 types of received notifications
availability of calibration mode
alarm memory mode
presence of light and sound alarms
high accuracy in determining the trigger point
MIP modules are included in the nomenclature Directory of materials and technical equipment of OAO Gazprom. MTP codes 2149504 - 2149513
Additional Information
A feature of all MIP modules is the ability to control a remote thermal cable connected to the module with a regular copper cable. At the same time, the MIP monitors a short circuit in the supply copper wires and distinguishes it from a short circuit in a thermal cable that occurs during a fire. To ensure this function, the module is calibrated after installing the alarm loop circuits.
The modules have addressable (for each loop) galvanically separated NORM and ALARM outputs for transmitting corresponding notifications to external circuits. The outputs are switching (there are a normally closed and a normally open group) of the “dry contact” type. Notifications are transmitted by switching the corresponding groups of output contacts.
MIP testing machines used in factories that produce various types of springs, including tension and compression springs, as well as in enterprises that use springs in critical units to control their quality, in technical educational institutions for laboratory work, etc.
MIP spring testing machines are presented in 3 modifications:
- MIP-E with a range of maximum loads from 0.05 to 2 kN are intended for testing to determine the technical parameters of springs of various types: twisted compression, twisted tension, torsion, stamped flat, disc and special. The electronic control unit allows testing to determine: total deformation force, deformation at a given load, residual deformation, etc.
- MIP-A with a range of maximum loads from 10 to 300 kN are designed for testing to determine the technical parameters of springs of various types: twisted compression, twisted tension, torsion, stamped flat, disc and special. Automatic control allows testing to determine: total deformation forces, deformation at a given load, residual deformation, low-cycle fatigue, etc.
- MIP-U with a range of maximum loads from 1 to 50 kN are intended for testing to determine technical parameters during fatigue testing of spiral springs, disk springs, springs and shock absorbers. Automatic control allows testing at a specified amplitude, frequency, number of cycles and automatic stop after completing a specified number of cycles.
Advantages:
- Wide range of tests. The design features of the machines make it possible to carry out tests to determine the technical parameters of various types: twisted compression, twisted tension, torsion, stamped flat, disc and special, as well as fatigue testing of spiral springs, disk springs, springs and shock absorbers.
- Mobility: The control levers are conveniently located, allowing the operator to control the testing process. The small size and light weight of MIP machines with low energy consumption can be used in small areas.
- Ease of Management: MIP machines are controlled manually from an operator console equipped with an LCD display and a push-button control panel. The testing process and processing of test results of automated modifications of machines are controlled by a personal computer with an intuitive software interface.
