Input voltage range: Depending on the search results, the input voltage range of the HYDRAN M2 can be 12-48VDC, but may vary depending on the specific model and configuration.
Output voltage: Output voltage is 5VDC.
Output current: The maximum output current is 10A.
Efficiency: greater than 90%.
Measurement parameters: including the relative humidity (%) in the oil, hydrogen (H2), carbon monoxide (CO), acetylene (C2H2), ethylene (C2H4) and other fault gases.
Voltage: Depending on some search results, the operating voltage of the PM864 may be 24V (for some modules or devices), but please note that for the controller itself, the specific operating voltage may vary by model and configuration. In addition, it is also mentioned that the working voltage is 220V.
Current: Some modules or devices associated with the PM864 may have a current specification of 100-400A.
Memory: The PM864 is equipped with sufficient memory capacity to store control programs, data, and history, which may vary by model and configuration.
Communication interface: Supports a variety of communication interfaces and buses, such as Ethernet, PROFIBUS DP, etc., and has built-in redundant Ethernet communication ports.
Size and weight
Dimensions: External dimensions may vary depending on the specific model or module. It has been mentioned that the dimensions of some modules are 132mm105mm52mm,
Voltage regulation range: This voltage regulator is used to monitor and control the output voltage of the generator, and the specific range may vary according to the specific model and application scenario.
Current capacity: Current capacity varies in different configurations. For example, in some DC servo driver applications, the maximum continuous current can reach 3A (without heat sink) or 6A (with heat sink). Please note, however, that the current capability here may differ from the specific application scenario of a voltage regulator.
Communication interface: Supports a variety of communication interfaces and protocols, such as RS232 and CAN bus, for data exchange and remote monitoring with monitoring systems, SCADA systems and other control devices.
Control algorithm: The use of advanced control algorithms and intelligent technology, can automatically monitor and adjust the voltage to adapt to changes in the power system.
Storage capacity: Provides sufficient internal storage capacity for storing programs and data required by the control system.
Communication interface: Supports a variety of communication interfaces, such as Ethernet and serial ports, to facilitate communication with other devices or systems.
Communication rate: Communication rate can be selected from 2400bps to 115200bps.
Power supply: DC power supply 12 ~ 30VDC, with anti-reverse protection.
Display resolution: 1/100000.
Measurement speed: 10 times/SEC or 80 times/SEC, can be selected by parameter setting.
Function: As a controller or processor unit, responsible for data processing, control logic implementation and communication functions.
Operating voltage:
24Vdc is mentioned, but it may vary depending on the specific application scenario.
It is also stated that the operating voltage range may include 180V or higher, but please note that this may not be consistent with the specific model or application scenario of the PM866A 3BSE076359, as 24Vdc is generally more common in industrial automation control components.
Current: A current range of 100-400A is mentioned in [1], but this may refer to the current range of the entire system or device to which the component is connected, rather than the component itself.
Based on the PowerPC architecture, one source says it uses a Freescale MPC7477 PowerPC processor, but another source says it uses a PowerPC 750 processor. Either way, it operates at 1 GHz.
Memory: Up to 2 GB of DDR2 memory, but there are also data showing 1 GB of DDR2 SDRAM.
Storage space: Includes 256 MB Flash and 16 GB SATA hard disk.
Communication capability: Support communication with other GE Fanuc series PLC or DCS systems via point-to-point connection for easy data transmission and control.
Power supply voltage: Depending on the product specifications, a variety of power supply voltage ranges may be supported, the specific value needs to be further checked.
Working environment temperature: The ambient temperature required by PLC is usually 0~55°C. When installing it, avoid placing it under parts that generate more heat, and ensure that there is sufficient ventilation and heat dissipation space.
Working environment humidity: To ensure the insulation performance of the PLC, the relative humidity of the air should be less than 85% (no condensation).
Vibration: Keep away from strong vibration sources to prevent frequent or continuous vibration with a frequency of 10~55Hz.
Gas environment: The air should be free of corrosive and flammable gases, such as hydrogen chloride and hydrogen sulfide. For dusty or corrosive gas environments, it is recommended to install the PLC in a well-sealed control room or control cabinet.
Operating voltage: Depending on the search results, the operating voltage may be 24Vdc/120Vac, but please note that the specific voltage may vary by product version or application environment.
Current: In some applications, the current range may be 100-400A, but this may refer to the current range of the entire system or device to which the signal processing board is connected, rather than the current specification of the signal processing board itself.
Operating ambient temperature: -40 to 100 ° C, which indicates that the signal processing board is suitable for a wide range of temperature environments.
Operating system: Usually compatible with PLC systems.
Output frequency: In certain cases, it may be mentioned that the output frequency is 60Hz or 56/63Hz,
specification
Working environment: Temperature range is 0~50℃, relative humidity ≤80%RH. It is also said that the working environment is -10 ~ 50℃, 20% ~ 90% no condensation.
Implementation standard: QB/441600 17 079-2001.
Accuracy: 0.2%, 0.5%.
Job stability: annual change < 0.2%.
Power frequency withstand voltage: AC2.0kV/min.1mA.
Insulation resistance: ≥ 20MΩ (DC500V).
Impulse voltage: 5kV(peak), 1.2/50μS.
Response time: ≤350ms.
