Product Family Overview

The HA-20, HA-40, and HA-71 series gas detection controllers launched by Honeywell are designed specifically for monitoring gas detection points from 1 to 16 channels, balancing high safety and cost-effectiveness. These controllers are suitable for harsh industrial or commercial environments, with NEMA 4X and explosion-proof enclosure options, and can be deployed in hazardous areas for monitoring toxic gases, flammable gases, and oxygen content. The core advantages are multi-channel monitoring, flexible expansion, and high environmental adaptability.

Core functions and features of each model

HA-20 and HA-40 controllers

Channels and inputs:

HA-20 supports 2 4-20mA sensor inputs, HA-40 supports 4, both of which are suitable for long-distance sensor signal transmission.

Built in 24VDC power supply, with a total power of 15W (optional 50W power supply to expand wiring space).

Alarm and Control:

Each channel contains 3 independent alarm levels and supports relay confirmation function (can mute external sound devices when an alarm is triggered).

Standard configuration includes 2 SPDT common alarm relays (for HORN, HIGH, Warning, or FAULT states), and optional independent channel alarm relays.

Display and operation:

Graphic LCD display screen, displaying data in bar charts, trend charts, and engineering units; The alarm LED flashes when a new alarm is triggered and remains on after confirmation.

Adopting touch and magnetic keyboards, supporting non-invasive operations in hazardous areas; Equipped with calibration mode (zero/range calibration) and authorization mode (locking key configuration parameters).

Certification and compatibility:

Obtained CSA certification (C22.2 NO.152), suitable for combustible gas detection, compliant with Class I, Div. 2, Groups A, B, C, D, and CE markings.

Optional RS-485 Modbus slave port (supporting 128 HA-40 multi machine networking) or 10 BaseT Ethernet (Modbus TCP/IP protocol).

HA-71 controller

Channels and inputs:

Supports up to 16 inputs, compatible with analog signals or Modbus protocol, and can obtain data through RS-485 to reduce wiring costs.

Provide 8-channel display mode, with optional expansion board to meet economical configurations below 8 channels.

Functions and extensions:

Each channel has 3 adjustable alarm levels and is equipped with SPDT common alarm relays (HORN, HIGH, Warning, FAULT) as standard.

Supports dual Modbus RS-485 serial ports and optional telephone modems, and adds discrete alarm relays, 4-20mA I/O, and other functions through the I ² C expansion bus (2 expansion boards are required for channels exceeding 8).

Software and Monitoring:

HA-71-HMI software is optional, which can simultaneously monitor 10 HA-71 controllers (up to 160 detection points), support real-time data display, 24-hour/15 minute trend analysis, and historical alarm recording.

Common advantages and applicable scenarios

Environmental adaptability: Both provide NEMA 4X (Div. 2 certification) and explosion-proof wall mounted enclosure options, suitable for deployment in hazardous areas.

Flexibility: Supports optional functions such as Modbus protocol (RS-485 or TCP/IP), data recording, 4-20mA output, etc., to meet different integration requirements.

Typical application: Suitable for multi-point gas monitoring scenarios, such as factory workshops, chemical facilities, etc., it can be linked with Sensepoint XCD and other detectors to form a complete system (such as a typical four point system including HA-40 controller, remote visual alarm, and operator interface)

Product Overview

Touchpoint Plus is a wall mounted control center designed by Honeywell specifically for small gas detection systems, aimed at providing reliable gas safety monitoring solutions for industrial environments through modular design and intuitive operation. The system supports up to 16 gas detection channels (8 basic units, increased to 16 with expansion units), suitable for various scenarios such as mechanical workshops, chemical plants, laboratories, etc. The core advantage lies in the deep integration of reliability, flexibility, and usability.

Core functions and features

1. High reliability design

Industrial grade durability: The shell is made of polycarbonate ABS high impact polymer plastic, with dust and water resistance (IP65, NEMA 4X certification), and can operate stably in continuous working temperatures ranging from -10 ° C to+55 ° C (humidity ≤ 95% non condensing) and harsh vibration environments, suitable for complex indoor and outdoor industrial scenarios.

Continuous operation guarantee: Equipped with a built-in 22.2V lithium battery (2600mAh), it can provide backup power for more than 30 minutes under typical systems, avoiding monitoring interruptions caused by sudden power outages.

Compliance certification: Compliant with multiple international safety standards, including electromagnetic compatibility (EN 50270:2015), electrical safety (UL 61010-1), safety integrity (IEC 61508:2010 Ed.2 SIL2), and applicable to Class I, Division 2 and other hazardous areas, ensuring safe use in flammable and explosive environments.

2. Flexible system configuration and compatibility

Modular Expansion:

The basic unit supports 2/4/8 channel inputs (mA or mV signals), and the expansion unit can increase the total number of channels to 16, meeting the detection needs of different scales.

Rich output options: 12/24 relay outputs (supporting NO/C/NC switching, 1.7A@30VDC /250VAC）、 4/8-channel 4-20mA isolated output, capable of driving valves, fans, and other equipment or linking external alarm systems.

Wide compatibility: Compatible with Honeywell’s full range of gas detectors, including:

Basic type: such as Sensepoint (supporting direct power supply for 8 devices, requiring invasive configuration);

Enhanced: such as Sensepoint XCD (non-invasive operation, supports on-site calibration, can directly power 8 units);

High precision type: such as XNX Universal Transmitter (requires external power supply, supports professional configuration and on-site debugging).

System integration capability: Optional RS485 Modbus RTU or TCP/IP Modbus/HTTP interfaces are available for easy integration with upper level management systems such as SCADA and DCS, enabling remote monitoring and data integration.

3. Humanized operation and efficient management

Intuitive user interface:

7-inch color LCD touch screen, equipped with a graphical user interface, supports 9 languages including English, Chinese, French, etc., reducing the threshold for cross regional operation.

Both global and single channel are equipped with green yellow red three color indicator lights (green=normal, yellow=fault/suppression, red=alarm), which can quickly identify the system status from a distance, similar to the logic of “traffic lights”, improving emergency response efficiency.

Convenient function design:

Built in sound alarm (≥ 70dB@1 Equipped with remote sound and light alarm drivers, it ensures timely transmission of danger signals.

Support remote reset, suppress input, and quickly intervene in system status through external signals (such as temporarily blocking non critical alarms).

Data recording function: Store configuration parameters, alarm events, and historical data through SD card for easy traceability and analysis, and assist in optimizing security policies.

4. Convenient installation and maintenance

Simplified installation process:

Supports direct wall mounting or optional installation board (can be installed by a single person), with 13 sealed cable entrances preset in the housing (compatible with PG16/M20 connectors), reducing on-site drilling and sealing work.

Internally, a layered terminal design is adopted, providing ample wiring space for distinguishing power, signal, and output lines, reducing wiring error rates.

Low maintenance cost: Modular components (such as input modules and relay modules) can be independently replaced, and troubleshooting does not require a complete shutdown; Channel status and diagnostic information can be directly viewed through the touch screen, reducing reliance on professional tools.

Technical specifications

Channel capacity: Basic unit has 8 channels, expansion unit supports up to 16 channels

Input type: 2-wire/3-wire system, supports mA (4-20mA), mV (bridge signal), single channel maximum 15W, total power 40W (with sound and light drive)/68W (without)

Power supply AC: 110/220V (50-60Hz, manual switching); DC 18-32V (typical 24V, ± 10% fluctuation)

Power consumption: Maximum 105W (including detector and peripherals), total power consumption of expansion unit is maximum 210W

Size and weight: 426mm x 300mm x 156mm (wall mounted); Maximum 8.5kg (single unit), 17kg (including expansion unit)

Environmental adaptability: Operating temperature: -10 ° C~+55 ° C, storage temperature: -25 ° C~+60 ° C; humidity ≤ 95% (non condensing)

Communication interface: optional Modbus RTU (RS485), Modbus TCP/HTTP, supports web monitoring

Applicable scenarios

Typical applications: Small chemical workshops, gas boiler rooms, laboratory gas leak monitoring, pharmaceutical cleanrooms, and other scenarios that require centralized management of multi-point gas detection.

Product Overview

Touchpoint Pro is an advanced gas detection controller launched by Honeywell Analytics, designed specifically for industrial safety scenarios. It can centrally monitor multiple gas detectors (such as combustible gases, toxic gases, oxygen, etc.), achieve real-time monitoring, alarm and linkage control of gas leaks, and ensure the safety of the working environment. Its design emphasizes usability, reliability, and flexibility, and is suitable for various industries such as petrochemicals, pharmaceuticals, food processing, and warehousing.

Core functions and advantages

1. Powerful monitoring capability

Support multi-channel access: can connect multiple gas detectors (the specific number of channels depends on the model, usually covering 1-32 channels), compatible with multiple detection principles (such as catalytic combustion, electrochemistry, PID, etc.);

Real time data collection: Continuously monitor the gas concentration and status information of each detector, synchronously display them on the interface, and support the viewing of concentration trend curves.

2. Intelligent alarm and response

Multi level alarm mechanism: It can set multi-level alarm thresholds such as low alarm, high alarm, and fault. When triggered, it will be alerted through sound and light alarms (built-in buzzer, LED indicator light), screen prompts, and other methods;

Linkage control function: supports relay output, can link exhaust equipment, valves, sprinkler systems, etc., automatically take emergency measures (such as starting exhaust, cutting off gas source);

Alarm recording and tracing: Automatically store alarm events (time, concentration, channel, etc.) for post analysis and compliance auditing.

3. Usability and user experience

Intuitive operating interface: equipped with a color touch screen, supporting multiple language displays such as Chinese, with simple operation logic, allowing for quick viewing of channel status and parameter settings;

Simplified maintenance function: supports remote calibration, detector fault diagnosis, and reduces on-site operation workload; Prevent unauthorized operations through password permission management.

4. Flexibility and Scalability

Modular design: can expand the number of channels or add functional modules (such as communication modules, printing modules) according to requirements;

Multiple communication methods: Supports RS485, Ethernet, 4G, etc. (depending on the model), can be connected to central control systems (such as SCADA, DCS), and achieve remote data transmission and centralized management.

5. Reliability and Compliance

Durable and sturdy: Suitable for industrial environments, with anti electromagnetic interference, dust-proof and moisture-proof capabilities (protection level is usually IP65 or higher);

Compliant with international standards: Through multiple certifications such as ATEX, UL, IEC, etc., it meets the safety regulatory requirements of different regions.

Typical application scenarios

Suitable for places that require centralized monitoring of gas safety, including but not limited to:

Oil and gas extraction and processing facilities;

Chemical production workshops and storage tank areas;

Precision manufacturing environments such as pharmaceuticals and semiconductors;

Fermentation and storage areas in the food and beverage industry;

Laboratories, hazardous waste treatment stations, etc.

Product specifications (core parameters)

Channel capacity: 1-32 channels (expandable)

Display mode: Color touch screen (such as 7-inch), supporting graphical interface

Alarm output: Built in sound and light alarm, relay output (can be linked to external devices)

Communication interface: Ethernet, RS485 (Modbus protocol), optional 4G module

Working environment: Temperature: -10 ° C to+55 ° C; Humidity: 10% -95% (non condensing)

Power requirements: 24V DC or 110/220V AC (depending on the model)

Certification: ATEX, UL, CSA, IECEx, etc

Summary

Touchpoint Pro, as an integrated gas detection controller, provides an efficient and reliable solution for industrial safety by integrating real-time monitoring, intelligent alarm, linkage control, and remote management functions. Its ease of use and scalability enable it to adapt to application scenarios of different scales, helping enterprises meet safety and compliance requirements and reduce the risk of gas leaks.

Product Overview

Raeguard 2 PID is a photoionization detection (PID) gas detector launched by Honeywell Analytics, mainly used for detecting volatile organic compounds (VOCs) and other ionizable gases. Its design is suitable for industrial safety, environmental monitoring and other scenarios, with features such as high precision, fast response, and easy installation and maintenance. It can be linked with control systems to achieve real-time monitoring and alarm of gas leaks.

Core functions and features

Detection principle: Using photoionization technology (PID), the energy generated by the ultraviolet lamp ionizes the target gas molecules, and the gas concentration is determined by measuring the ion flow intensity.

Applicable gases: covering most volatile organic compounds (such as benzene, toluene, formaldehyde, etc.) and some inorganic gases (such as ammonia, hydrogen sulfide, etc., to be confirmed according to specific models).

Performance advantages:

Wide range detection (usually 0-1000 ppm or customized range), high resolution;

Fast response and recovery time, suitable for real-time monitoring;

Support multiple output signals (such as 4-20 mA analog, relay alarm, RS485 digital communication, etc.) for easy system integration;

Built in self diagnostic function, which can monitor sensor status, circuit faults, etc., to ensure operational reliability.

Installation and setup

1. Installation preparation

Installation environment: Avoid direct exposure to extreme temperatures (usually operating at -20 ° C to+50 ° C), high humidity, dust, or corrosive gases; Stay away from strong electromagnetic interference sources such as motors and transformers.

Installation position: Select the installation height based on the specific gravity of the detected gas (heavier/lighter than air), ensuring that the sensor probe is located in an area where gas is prone to accumulate; Need to reserve maintenance space (such as replacing sensors, calibrating operations).

2. Wiring and Connection

Power wiring: Usually powered by 24V DC, attention should be paid to positive and negative polarity;

Signal wiring: Connect to the controller, PLC, or alarm system according to the output type (e.g. 4-20 mA signal lines need to be shielded and grounded to avoid interference);

Terminal block instructions: including interfaces for power supply, signal output, alarm relay, etc., corresponding connections should be made according to the manual markings.

3. Initial setup

After power on, wait for preheating (usually a few minutes) to complete sensor stabilization;

Set alarm threshold (low alarm, high alarm), range, unit (ppm or mg/m ³) and other parameters through buttons or supporting software.

Operation and daily maintenance

1. Normal operation

Operation status indication: Check the device status through LED lights (such as green constant light indicating normal, red flashing indicating alarm, yellow indicating fault) or display screen (if any);

Data reading: transmit the output signal to the control system or view the display screen on site (supported by some models).

2. Calibration and verification

Calibration cycle: It is recommended to calibrate regularly (usually every 6 months) according to the usage environment to ensure detection accuracy;

Calibration steps:

Introduce zero air (such as clean air) for zero calibration;

Perform span calibration by introducing a standard gas of known concentration;

Verify the accuracy of the readings after calibration is completed.

3. Maintenance and upkeep

Sensor maintenance: Regularly check the cleanliness of the sensor, and if the probe is contaminated, use specialized tools to clean it; Sensors have a service life (usually 1-2 years) and need to be replaced upon expiration;

UV lamp maintenance: PID core components need to be replaced regularly (usually 1-2 years) according to manual requirements to avoid detection drift caused by lamp aging;

Shell and interface: Regularly check the sealing of the shell (protection level is usually IP66/IP67) to ensure that the wiring terminals are not corroded or loose.

Troubleshooting

Common faults and solutions (speculation):

No output signal: Check if the power supply is normal, if the wiring is loose, and if the fuse is blown;

Reading drift/inaccuracy: perform calibration; Check whether the sensor is expired or contaminated; Confirm the status of the UV lamp;

False alarm: Check for interfering gases (such as high concentration non target VOCs), calibration failure, or environmental humidity/temperature exceeding the range;

Fault light on: Read the fault code through the device’s self diagnostic function or connection software, and troubleshoot the corresponding manual (such as sensor faults, circuit problems, etc.).

Safety and Compliance

Installation and maintenance should be carried out by professional personnel to avoid live working in explosive environments;

Must comply with relevant safety standards (such as ATEX, UL, IEC, etc., depending on the region and model);

Abandoned equipment should be disposed of in accordance with local environmental regulations to avoid environmental pollution caused by sensors or electronic components.

Product Overview

The Honeywell FSL100 series flame detector includes three types: UV, UV/IR, and IR3, with powerful, fast, and reliable flame detection capabilities, suitable for a variety of scenarios. Its design is compact and lightweight, easy to install, and can work in harsh indoor and outdoor environments as well as potentially explosive atmospheres. Through precise sensing and signal analysis technology, it achieves rapid fire detection and effectively reduces false alarms.

Core advantages

Wide applicability: covering UV, UV/IR, IR3 types, capable of detecting various sources of fire such as hydrocarbons and non hydrocarbons, suitable for potential explosive environments and indoor and outdoor scenes, providing high visibility red or low profile white models.

Excellent performance: Complies with EN54-10 and FM3260 flame detector standards, with comprehensive automatic self checking function and supports remote manual self checking options.

Fast and reliable: Using high-speed sensors and microprocessors, combined with complex analysis algorithms, continuous health monitoring is carried out to effectively suppress false alarms.

Reduce lifecycle costs: The components have a long lifespan, have pressure compensation function to avoid pollution, and provide a 2-year warranty.

Easy to install and use: Comes with standard relays and milliampere output, featuring a lightweight glass fiber reinforced plastic (GRP) housing, pre molded knockout design, optional rotating mounting bracket, and long-distance test light.

Characteristics of each model

FSL100-UV：

Suitable for indoor scenarios such as fume hoods and hydrogen storage areas.

Good detection effect on low-temperature combustion substances (such as sulfur).

Can detect heavy hydrocarbons (wood, paper, petroleum, etc.), light hydrocarbons (methanol, methane, etc.), and hydrogen fires.

Has good resistance to artificial light sources such as direct/reflected sunlight, fluorescent lamps, and glass covered halogen lamps.

FSL100-UV/IR：

Improve false alarm suppression capability by analyzing flame flicker frequency.

The dual sensing method can effectively detect various hydrocarbon and non hydrocarbon fires.

Has good resistance to sunlight, artificial light sources, electric arcs and discharges (generated by static electricity or motors), and welding radiation at a distance of more than 10 feet.

FSL100-IR3：

Analyze flame flicker frequency to reduce false alarms, especially suitable for liquid hydrocarbon fires and smoke fires.

Less affected by window pollution or smoke.

The anti-interference ability is similar to UV/IR, especially suitable for fire scenarios with high smoke levels.

Applicable scenarios

It covers various scenarios such as aircraft hangars, atriums, battery storage rooms, biogas facilities, parking lots, clean rooms, CNG refueling stations, cold storage, engine rooms, laboratories, loading and unloading docks, oil and gas pipeline pump stations, outdoor storage areas, etc. Different models have slightly different applicable scenarios (please refer to the application table in the document for details).

General Technical Specifications

Parameter details

Model types FSL100-UV, FSL100-UVIR, FSL100-IR3, optional red or white casing

The detection range is IR3 at 110 feet/35 meters, UV and UV/IR at 25 meters/80 feet (for 1 square foot n-heptane fire, an alarm will be triggered within 10 seconds)

Field of view with a minimum horizontal and vertical angle of 90 °

Power supply 10-28 VDC (nominal 12-24 VDC)

The local LED indicates green constant light (normal operation), yellow constant light (fault), yellow flashing (repeat self-test after self-test failure), and red constant light (alarm)

Current output standard 4-20 mA (step, sinking, non isolated), 0 mA (power/microprocessor failure), 2 mA (optical failure), 4 mA (normal),>20 mA (alarm)

Relay output alarm relay (normally powered off, SPDT, 30 VDC-2A, maximum 60 W); Fault relay (powered normally, SPDT, parameters the same as alarm relay)

Cable gland and terminal M20 cable entry, compatible with 0.2-0.5 inch (5.5-13mm) cables; Terminal compatible with 0.5mm ² (20AWG) to 1.5mm ² (15AWG) wires

Start time<10 seconds

Alarm response time 8-30 seconds

Self checking function: automatic sensor testing and manual self checking

When the working current is normal, it is 25 mA (24 VDC); ± 75 mA (24 VDC) during alarm

Glass fiber reinforced plastic (GRP) shell, non flammable, UV resistant, UL-94 V-0 self extinguishing

Protection level IP65

Normal operating temperature: -40 ° F to 158 ° F (-40 ° C to 70 ° C); ATEX and FM 3611 levels: -13 ° F to 158 ° F (-25 ° C to 70 ° C)

Size and weight 4.9 x 3.15 x 2.25 inches (125 x 80 x 57 mm), weight 1.05 pounds (465 g)

Other information

Can connect fire control panel, relay switch equipment, PLC with 4-20 mA input, etc.

The terminal resistor needs to be compatible with the fire control panel, with a rated power of at least 2 W for alarm and terminal resistors, and a total power consumption not exceeding 2 W.

Product Overview

MC024-010 and MC024-012 are PLUS+1 under Sauer Danfoss ™  Part of the series of mobile machinery management products, it belongs to the universal controller. They are suitable for both distributed machine control systems (where each node has intelligence) and can be used as independent controllers, with characteristics such as flexibility, powerful performance, scalability, and economy.

Product Highlights

MC024-010: Equipped with a digital signal processor (DSP), it has extremely fast single cycle processing speed and built-in 128K flash memory.

MC024-012: Includes application key, compatible with the GUIDE machine control solution developed by Sauer Danfoss.

Two controllers can share the same GUIDE HWD file.

Application development

Users can use Microsoft based ®  Windows ®  The PLUS+1 GUIDE development environment is used for application development, which features user-friendly and proven icon based graphical programming tools, application downloaders, and service/diagnostic tools.

Main characteristics

Processor and Storage: 32-bit fixed-point DSP, operating at a frequency of 150 MHz.

Connector: 24 pins, including 2 individually key controlled Deutsch ®  DTM 12 pin connector.

Input:

14 inputs, including 5 universal inputs (can be defined as analog, digital, or frequency inputs), 6 digital inputs, 2 analog inputs (can be used for temperature or rheostat), and 1 fixed range analog input (can be configured as a CAN shield pin).

The analog input range can be configured, the digital input can be configured as pull-up, pull-down, or center pull, and the frequency input range is 1 Hz to 10 kHz.

Output:

Four universal outputs can be defined as digital output (3 A, configurable as source or drain), PWM output (30 to 4000 Hz, configurable as open-loop or closed-loop with current control), or analog voltage output (4000 Hz open-loop PWM).

Any PWM output/digital output/PVGOUT can provide reference power for a PVG valve.

Power and Communication:

9 to 36 Vdc power supply, internal monitoring.

1 CAN 2.0 B port, fixed range analog input can be configured as a shielded pin.

Provide internal regulated power supply of 5 Vdc, 300 mA for external sensors.

Other: 2 user controllable LEDs; 3 installation methods (stacked, end mounted, side mounted); Compliant with CE standards.

Size and Pin Allocation

Dimensions (millimeters/inches): Some key dimensions include 114.4 [4.50], 35.0 [1.38], 158.2 [6.23], etc. (please refer to the dimension diagram for details).

Pin allocation:

Connector 2 (24 pins): Includes multiple functional pins such as DIN, DIN/AIN/FreqIN, AIN/Temp/Reo, PWMOUT/DOUT/PVGOUT, etc.

Connector 1: Includes power ground, power positive, CAN positive and negative, AIN/CAN shielding DIN、 Sensor power supply and other functional pins.

Attention: This device cannot be repaired on site, opening the casing will void the warranty.

Specification parameters

Supply voltage: 9 to 36 Vdc

Working temperature (environment): -40 ° C to 70 ° C (-40 ° F to 158 ° F)

Storage temperature: -40 ° C to 85 ° C (-40 ° F to 185 ° F)

Programming temperature: 0 ° C to 70 ° C (32 ° F to 158 ° F)

IP rating (with matching connector): IP 67

EMI/RFI level: 100 V/M

Weight: 0.40 kg (0.88 lb)

Vibration: Complies with IEC 60068-2-64

Impact: Complies with IEC 60068-2-27 test Ea

Maximum source current: 8 A

Maximum current: 8 A

Product model and related products

Product model: MC024-010 corresponds to model 10100899; MC024-012 corresponds to model 11013732.

Related products: CG150 CAN/USB gateway Deutsch ®  Match connector component (10100945, suitable for 20 to 24 AWG), PLUS+1 GUIDE single user license.

Product Overview

The S500 series heavy-duty circuit breaker is a low-voltage electrical protection equipment launched by ABB, designed to cope with the increasing short-circuit current in low-voltage power grids, with high safety, reliability, and breaking capacity. Its core function is to protect circuits, motors, equipment, and systems from the effects of overload and short-circuit currents through thermal and/or electromagnetic trip functions.

The main features of this series of products include:

High rated breaking capacity, up to 30/50 kA

High rated operating voltage (400/690 VAC, 750 VDC)

Capable of energy and current limiting breaking, with extremely short breaking time

Optimized selectivity ensures that only the faulty part is disconnected in the event of a malfunction

Reliable switch and contact position indication

Compact size (compliant with DIN standards)

Rich accessories (such as undervoltage release, shunt release, auxiliary contacts, and signal contacts, etc.)

Widely applicable in various fields, including railways, commercial buildings, offshore platforms, ships, processing industries, and rail trams.

Main product types and applications

1. Circuit protection category

S500-B: Suitable for circuits that generate minimal or no surge current in power supply equipment (such as boilers, electric heaters, stoves).

S500-C: “Standard” miniature circuit breaker, suitable for powering electrical equipment (such as inductive devices, televisions, fluorescent lamps, gas discharge lamps) and sockets that generate surge currents.

S500-D: Suitable for circuits that supply power to electrical equipment that generates extremely high surge currents, such as transformers and capacitor banks, and can also serve as a protective device for upstream circuit breakers.

2. Motor protection category

S500-K: Used to protect single-phase and three-phase motors, can be installed in a fuse free motor control center (MCC), and the rated current can be adjusted.

S500-KM: Provides short-circuit protection for motors, combining the functions of contactors and thermal overload relays, with only electromagnetic trip function.

S500X-AG0084: As an alternative product to S500-KM, it is suitable for installation in high short-circuit current scenarios and needs to be used in conjunction with additional overload protection devices.

3. DC circuit protection category

S500UC-B: Used for circuits and electrical equipment in DC networks and DC powered vehicles, with a fixed rated current.

S500UC-K: Used for circuits and electrical equipment in DC networks and DC powered vehicles, with adjustable rated current.

4. Equipped with residual current protection

F500-C, F500-D: Combination circuit breakers with circuit protection characteristics and built-in residual current protection.

F500-K: A combination circuit breaker with motor protection features and built-in residual current protection.

DDA series: residual current protection device that can be installed by customers on S500 heavy-duty circuit breakers, suitable for sinusoidal AC residual current and pulse residual current in DC circuits.

Technical parameters

1. General parameters

Rated voltage: 400/690 VAC, 750 VDC

Rated insulation voltage: 690 VAC, 750 VDC

Rated breaking capacity (according to IEC 60947-2): 50 kA

Frequency: 50/60 Hz, can provide 16 2/3 Hz, 60-400 Hz according to requirements

Environmental temperature: -25 ° C…+55 ° C

Mechanical lifespan:>20000 switch cycles

Protection level: IP20

2. Special parameters for different types of products

Product Type Rated Current Range Tripping Characteristics

S500-B, S500-C, S500-D 6… 63A thermal release: 1.13… 1.45 xIn; Electromagnetic release: 3… 5 xIn (Type B), 5… 10 xIn (Type C), 10… 20 xIn (Type D)

S500-K 0.1… 45A thermal release: 1.05… 1.2 xIn; Electromagnetic release: 8… 14 xIn depending on the current

S500UC-B 6… 63A thermal release: 1.13… 1.45 xIn; Electromagnetic release: 5… 7 xIn (DC)

S500UC-K 0.1… 45A thermal release: 1.05… 1.2 xIn; Electromagnetic trip: 8… 14 xIn (DC) depending on the current

Selective and backup protection

Selectivity: In low-voltage distribution systems, when a short circuit occurs, two or more overcurrent devices connected in series should be selectively disconnected to ensure the continuity of power supply. The S500 heavy-duty circuit breaker has good selectivity compared to upstream circuit breakers due to its low passing energy and fast breaking ability.

Backup protection: If the short-circuit current at the installation point does not exceed 50/30 kA, the S500 heavy-duty circuit breaker can be installed with or without any size of upstream circuit breaker or backup fuse. If the short-circuit current exceeds its breaking capacity, the rated current of the upstream S500 circuit breaker shall not exceed the specified value.

Attachment

1. Factory installation accessories

Including switch neutral wire NA, separation neutral wire N, undervoltage release UA, shunt release AL, residual current release signal contact T10, etc.

2. Customers install accessories

Including auxiliary contact HK, signal contact SK, locking device, rotary driver, handle, busbar terminal, end cover, insulation terminal, flush mounting frame, terminal cover, middleware, etc.

Installation and Dimensions

Installation method: S500 circuit breaker is designed for snap fit installation on standard 35mm rails.

Size: The size of products varies depending on the type and number of poles, for example, the 2-pole F502 series has a width of 75mm, the 3-pole F503 series has a width of 100mm, and the 4-pole F504 series has a width of 125mm.

Safety distance: There are specific safety distance requirements between grounding components, insulation covers or wiring pipelines, and exposed live parts.

Basic information

Product ID: 3BDS005799R1

ABB model name: PM665

Product Description: Based on Power PC, equipped with redundant voter, high-speed link, and speed input processor module.

Product type: Central-Unit

Note: This product is exempt from the 2011/65/EU (RoHS) directive, based on Article 2 (4) (c), (e), (f), and (j), with reference to document 3BSE088609 (EU Declaration of Conformity for ABB Advance Master Process Control Systems).

Ordering and Customs Information

HS code: 853710, covering boards, panels, consoles, etc. equipped with two or more devices of item 85.35 or 85.36, used for electrical control or distribution, including instruments or equipment of chapter 90 and numerical control equipment (excluding switchgear of item 85.17), with a voltage not exceeding 1000V.

Customs tariff number: 85371091

Size and weight

Product net depth/length: 252mm

Product net height: 273mm

Product net width: 40mm

Net weight of product: 2.04kg

Environmental related information

RoHS Status: Compliant with EU Directive 2011/65/EU

WEEE category: not within the scope of WEEE

SCIP: ea0c62c6-ca6e-4d56-ba94-48c4d0c5b621 (Germany)

Classification

Control System Products – Control and Communication – AC 100- Processor Modules – PM665 Processor Modules – PM665 Processor Modules

Control System – Advant OCS with Master SW – Controller – Advant Controller 160- Advant Controller 160 Version 2.2- Central Unit (repeated list)

Safety specifications are generally applicable to control system handling. Instructions and warnings related to a specific subject or operation of the product.

The following norms must be strictly observed:

 must strictly comply with the technical specifications and typical applications of the product system

 Personnel training: Only trained personnel shall install, operate, maintain or repair the product system. must

Provide guidance and explanation of the situation in danger areas to these personnel.

 Unauthorized changes: Changes or structural changes to the product system may not be made.

 Maintenance responsibility: Must ensure that the product system is used only under appropriate conditions and in full fitness for use.

 Working environment: The user must meet the specified environmental conditions:

Safety regulation

The following safety provisions of EN 50110-1 shall be fully complied with when handling product systems (maintenance) :

1 Disconnect completely.

2 Secure to prevent reconnection.

3 Verify that the installation is complete.

4 Ground and short-circuit the device.

Warning: Only qualified maintenance personnel can remove and insert the module. In order to ensure the personal safety of the operator, before each pulling out or inserting, you must

Disconnect the power supply and ensure that there is no voltage on all terminals at the back, and the product is effectively grounded with the ground screw at the back.

Product Overview

The Fire Sentry SS2 series is a globally outstanding multispectral digital photoelectric flame detector that utilizes leading UV/IR technology and has been successfully applied in numerous installation sites worldwide. This series of detectors can sense the radiation energy of ultraviolet (UV), visible light, and wideband infrared (IR) spectra, and can detect various types of open flames. It has a wide field of view and high sensitivity, while effectively avoiding false alarms.

Model and Features

SS2-A and SS2-AN

Multispectral detection: sensing ultraviolet, visible light, and WideBand IR ™。

Detection range: Can detect both hydrocarbon and non hydrocarbon fires.

Performance advantages: Wide field of view and day blindness, high sensitivity, with false alarm immunity, using a microprocessor based algorithm (FirePic) ™  And Tri Mode Plot ™）， The working temperature range is wide, and the shell is explosion-proof. It has been verified in applications worldwide and is compatible with approved fire alarm panels.

SS2-AM and SS2-AML

Multispectral detection: equally sensitive to ultraviolet, visible light, and WideBand IR ™， Can detect both hydrocarbon and non hydrocarbon fires.

Outstanding features: Wide field of view and day blindness, high sensitivity, with false alarm immunity, using a microprocessor based algorithm (FirePic) ™  And Tri Mode Plot ™）， The working temperature range is wide, the shell is explosion-proof, and the response speed to explosive fires is extremely fast.

Application scenarios

SS2-A and SS2-AN: Petrochemical facilities and refineries, combined power plants, aircraft hangars, silane gas storage facilities, gas turbines and power plants, gas compressor stations, etc.

SS2-AM and SS2-AML: ammunition production, explosive production, manufacturing of other explosive materials, silane and hydrogen storage facilities, and special application scenarios.

Operation mode

Powered by a standard 24V DC power supply, it can be connected to approved fire alarm panels or standard PLCs.

After power on, a self check will be performed, and the fault relay will reset to display no faults. The front LED will flash every ten seconds to indicate that the power is on.

The microprocessor analyzes the continuous spectral data stream from the sensor array, activates the alarm relay upon alarm, and stores all pre fire spectral data in non-volatile memory, FirePic ™  The data can be used to speculate on the cause of the fire.

Can be connected to standard control panels and PLCs to initiate alarm and mitigation processes as needed.

Technical specifications

General specifications for SS2-A and SS2-AN

Sensitivity: The detection distance for a 0.1 square meter (1 square foot) n-heptane fire is 18.2 meters (60 feet).

Response time: The response time to a 0.1 square meter (1 square foot) n-heptane fire at 18.2 meters (60 feet) is 2-5 seconds.

Field of view: 120 degree cone (60 degrees off-axis).

Spectral sensitivity: UV 185-260 nanometers, wideband infrared 0.7-3.5 micrometers, visible light 400-700 nanometers.

Input power supply: nominal 24V DC (20.5-34V DC).

Power consumption: Normal operation 56mA, alarm state 68mA.

Output relay: Fire alarm relay has NO and NC contacts, locked/non locked (factory set), usually powered off; The faulty relay has NO and NC contacts and is usually powered on; The rated value of relay contacts is 0.5A at 120V ac and 1.0A at 24V dc.

Working temperature: -40 ° C to 85 ° C (-40 ° F to 185 ° F).

Humidity range: 0-98% RH, no condensation.

Vibration: Complies with MIL.STD.810C standard.

Weight: 1.7kg (3.8 pounds) made of aluminum, 3.4kg (7.6 pounds) made of 316 stainless steel.

Shell: Copper free aluminum (content less than 0.4%) powder coating, compliant with NEMA4, NEMA4X-IP66, tamper proof, with integrated dual M25 or 3/4 “NPT conduit openings, provided with 316 stainless steel shell.

Electrical certification: ATEX, IECEX II 2 GD, etc.

Installation: Rotating bracket assembly (SM4- optional), made of 316 stainless steel material.

Warranty: Two years from the date of factory shipment.

General specifications for SS2-AM and SS2-AML

Sensitivity: The detection distance for a 0.1 square meter (1 square foot) n-heptane fire is 18.2 meters (60 feet).

Response time: The response time for explosive fires is 3.9 milliseconds.

The remaining parameters (field of view, spectral sensitivity, input power, power consumption, operating temperature, humidity range, vibration, weight, enclosure, electrical certification, installation, warranty) are the same as SS2-A and SS2-AN.

Product Overview

The Fire Sentry SS4 series is an optoelectronic digital fire and flame detector that utilizes leading UV and UV/IR technologies, including models such as SS4-A, SS4-AS, and SS4-AUV. It has successfully operated in numerous installation sites worldwide, effectively detecting various types of fires and minimizing false alarms.

Characteristics of each model

SS4-A

Representing the world’s outstanding UV/IR photoelectric flame detector technology, it adopts a multispectral design that can sense the radiation energy of ultraviolet (UV), visible light, and wideband infrared (IR) spectra, and can detect all types of open flames.

To eliminate common false alarms that may occur with single UV, single IR, dual IR, or dual-mode UV/IR detectors, its FireLogic signal processing requires simultaneous evaluation of UV, visible light, and wideband IR radiation energy before alarm, optimizing fire alarms through real-time signal processing algorithms to almost eliminate false alarms.

SS4-AS

We optimized the detection of hydrogen, ethanol, methanol, and methane (natural gas) fires by processing UV, IR, and visible light (VIS) spectral ranges using reinforced day blind UV, quantum effect IR, and VIS sensors, which can respond to type A, B, and C open flames.

SS4-AUV

Representing leading UV optical flame detector technology, it only senses the radiation energy of the ultraviolet (UV) spectrum and is suitable for indoor applications without UV sources such as welding.

Application scenarios

Including petrochemical facilities and refineries, power plants, aircraft hangars, silane and hydrogen storage facilities, gas turbines and power plants, gas compressor stations, warehouses, semiconductor industry, etc.

Operation and Technical Specifications

Operation mode

Powered by a standard 24V DC power supply, it can be connected to approved fire alarm panels or standard PLCs. After power on, a self check will be performed, and the fault relay will reset to display no faults. The front LED will flash every ten seconds to indicate that the power is on.

The microprocessor analyzes the continuous spectral data stream from the sensor array, activates the alarm relay upon alarm, and stores all pre fire spectral data in non-volatile memory, FirePic ™  The data can be used to speculate on the cause of the fire.

As FS2000 ™  As part of the system, the SS4 series detectors use a four wire bidirectional RS-485 FireBus ™  Communicate with CM1-A controller.

Technical specifications

Sensitivity: The detection distance for a 0.1 square meter (1 square foot) gasoline fire can be adjusted between 18 meters (60 feet), 14 meters (45 feet), 9 meters (30 feet), and 4.5 meters (15 feet).

Response time: The response time to a 0.1 square meter (1 square foot) gasoline fire at 18 meters (60 feet) is 2-5 seconds.

Field of view: 120 degree cone (60 degrees off-axis).

Spectral sensitivity: UV 185-260 nanometers; SS4-A and SS4-AS also include wideband infrared 0.7-3.5 microns and visible light 400-700 nanometers.

Input power supply: nominal 24Vdc (20.5-34Vdc).

Power consumption: The relay version operates normally at 68mA and has an alarm state of 75mA; the analog version has an alarm state of 95mA.

Output relay: The fire alarm relay has NO and NC contacts, which can be switched between locked and non locked modes; The fire verification relay has NO and NC contacts, and the time can be adjusted between 0-30 seconds; The faulty relay has NO and NC contacts. The rated values of the relay contacts are 0.5A at 120Vac and 1.0A at 24Vdc (non inductive). During normal operation, the faulty relay is powered on while other relays are powered off.

Working temperature: -40 º C to 85 º C (-40 º F to+185 º F).

Humidity range: 10-98% RH, no condensation.

Weight: Stainless steel version 3.4kg (7.5 pounds); Aluminum version 1.8kg (4 pounds).

Shell: Copper free aluminum (content less than 0.4%) powder coating, compliant with NEMA4 (IP66), tamper proof, with integrated dual 3/4 “NPT conduit opening or optional M25, provided with stainless steel shell.

Certification: FM Class I Zone 1 and Zone 2, Groups B, C, and D; Class II, Zone 1 and Zone 2, Groups E, F, and G; Class III; ATEX, IECEx, etc. FMEDA complies with the safety requirements of IEC 61508.

Vibration: Meet or exceed MIL Spec 810 C method 514.2, curve AW.

Installation: Rotating bracket assembly.

Warranty: Two years from the date of factory shipment.

Output options: 0-20mA “source” output.