HIMatrix: Economical small security controller

HIMatrix series of security-related controllers and I/O modules and fast secure Ethernet-related communication lay a good foundation for the construction of small and medium-sized security systems. Multiple applications are always efficiently connected. All HIMatrix systems are certified to CENELEC SIL 3, PL e (four categories) and SIL 4 high standards. HIMatrix’s configuration and programming can be run entirely with the easy-to-use SILworX engineering tools, ensuring faster verification and debugging.

Controller: F35, F30

Other main models:
Remote-I/Os: F1 DI16, F2 DO 4 01, F2 DO 8 01, F2 DO 16 01, F2 DO 16 02, F3 AIO 8/4 01, F3 DIO 8/8 01, F3 DIO 16/8 01, F3 DIO 20/8 02;
Modulare PES: F60 CPU 03, F60 GEH 01, F60 PS 01;
I/O-Module: AI 8 01, DI 32 01, DI 24 01, MI 24 01, DIO 24/16 01, CIO 2/4
01, AO 8 01, DO 8 01

Performance parameters:
Safety level: Complies with IEC 61508 SIL 3 standard, Fault Tolerance time (FIT) < once / 10⁹ hours, Mean Time to Failure (MTTFd) > 100 years.
Electrical specification: Supports 24V DC±15% wide voltage input, power consumption < 8W. The operating temperature range is -25 ℃ to + 70℃, and the storage temperature range is -40 ℃ to + 85℃.
I/O configuration: Taking the HIMatrix F35 01 as an example, it integrates 8 channels of secure digital input (DI), 4 channels of secure digital output (DO), 2 channels of analog input (AI, supporting 4-20mA/0-10V), 1 channel of counter input, and supports hot plugging and Daisy chain expansion.
Communication interface: Equipped with dual 100Base-TX Ethernet ports (supporting SafeEthernet protocol), FB interface (for interconnection of safety devices), PROFIBUS-DP redundant interface, communication rate 12Mbps, bit error rate < 10⁻¹².

Product Features:
Fast response: With an extremely high processing speed, it can achieve a response time significantly less than ten milliseconds, performing exceptionally well in safety-critical applications that require rapid response.
Modular design: It allows users to flexibly configure control and remote I/O modules according to actual needs, enhancing the adaptability of the system and meeting the requirements of various complex application scenarios.
High reliability: By adopting a redundant configuration and through a physically completely separated redundant structure, the fatal risks that may arise from common part failures are eliminated. It has a hot-swappable function, allowing faulty modules to be replaced without interrupting the system operation.
Strong anti-interference ability: By adopting advanced shielding technology and filtering circuits, the impact of external interference on the system is effectively reduced, enabling stable operation in industrial environments with poor electromagnetic compatibility.
Flexible programming: Supports multiple programming languages such as LD and ST, and can also use SILworX programming software, providing programming methods such as Secure Logic Diagram (SFC) and Function Block Diagram (FBD).

Application scenarios:
Fire and gas detection: It can be connected to a combustible gas detector to trigger an audible and visual alarm and fire linkage when the concentration exceeds the limit.
Burner management system: It can monitor the flame status of the burner, automatically cut off the fuel supply and start nitrogen purging.
Turbine mechanical control: It is used to control the rotational speed of steam turbines and prevent runaway accidents.
Other fields: It can also be applied to safety instrument systems in industries such as rail transit, petrochemicals, power, and metallurgy, as well as safety protection systems in nuclear power plants, etc