1 Year Warranty
Description
Overview
Essential details：KJ4110X1-BA1 control module
Product Description
The KJ4110X1-BA1 product is a control module that may have the following product details:
Features and Applications: This control module is likely to be used primarily to provide industry-leading parts, service and speed for manufacturing. Especially in the field of turbo machinery, such as steam engines, gas engines, water turbines, compressors, fans, centrifuges, etc., the use of this system can improve the efficiency of use, operation safety and extend the service life of machinery.
Technical features:
Extended self-check capabilities: May include built-in sensor self-check capabilities, as well as password-protected action levels.
Applicability: For eddy current sensor PR642./… Series plus preprocessor CON0X1.
Communication interface: with RS232/485 port, for field configuration and communication, and can read the measured value.
Built-in linearization processor: May be used to process measurement data to improve data accuracy.
Data recording and storage: can record and store the last start/stop measurement data.
Dual channel shaft vibration measurement modules, such as the MMS6110, use the output of the eddy current sensor to measure the relative vibration of the shaft diameter, and each channel can be used independently. Measurements of this module can be combined with measurements of other modules to form turbomachinery protection systems, as well as provided as input to analytical diagnostic systems, fieldbus systems, decentralized control systems, power plants/main computers, networks such as WAN/LAN networks, Ethernet, etc.
KJ4110X1-BA1
Product parameter
Input parameters:
Input signal type: Eddy current sensor signals may be supported, such as the PR642 series.
Input range: Depending on the type of sensor connected, the input range may vary.
Input impedance: Specifies the impedance value of the input port.
Output parameters:
Output signal type: May be analog (e.g. 4-20mA) or digital (e.g. RS232/485).
Output range: The voltage or current range of the analog output signal.
Resolution: The resolution of the digital output signal.
Power supply parameters:
Rated voltage: such as DC 24V, AC 110V/220V, etc.
Power consumption: Power consumption of the device in normal working state.
Environmental parameters:
Operating temperature range: Temperature range within which the device can work normally.
Storage temperature range: The temperature range that the device can withstand during storage or transportation.
Humidity range: Humidity range within which the device can work properly or be stored.
Protection level: For example, the IP level indicates the dust and water resistance of the device.
Performance parameters:
Accuracy: The accuracy of equipment measurement or control.
Response time: The time required by the device from receiving the input signal to producing the corresponding output signal.
Stability: The ability of a device to maintain stable performance over long periods of operation or when the environment changes.
Communication parameters (if applicable) :
Communication interface: such as RS232, RS485, Ethernet, etc.
Baud rate: The transmission rate of serial communication.
Communication protocol: Communication protocol used by the device, such as Modbus and Profibus.
Physical parameters:
Size: length, width and height of the equipment.
Weight: The weight of the device.
Installation methods: such as panel installation, DIN rail installation, etc.
Input signal type: Eddy current sensor signals may be supported, such as the PR642 series.
Input range: Depending on the type of sensor connected, the input range may vary.
Input impedance: Specifies the impedance value of the input port.
Output parameters:
Output signal type: May be analog (e.g. 4-20mA) or digital (e.g. RS232/485).
Output range: The voltage or current range of the analog output signal.
Resolution: The resolution of the digital output signal.
Power supply parameters:
Rated voltage: such as DC 24V, AC 110V/220V, etc.
Power consumption: Power consumption of the device in normal working state.
Environmental parameters:
Operating temperature range: Temperature range within which the device can work normally.
Storage temperature range: The temperature range that the device can withstand during storage or transportation.
Humidity range: Humidity range within which the device can work properly or be stored.
Protection level: For example, the IP level indicates the dust and water resistance of the device.
Performance parameters:
Accuracy: The accuracy of equipment measurement or control.
Response time: The time required by the device from receiving the input signal to producing the corresponding output signal.
Stability: The ability of a device to maintain stable performance over long periods of operation or when the environment changes.
Communication parameters (if applicable) :
Communication interface: such as RS232, RS485, Ethernet, etc.
Baud rate: The transmission rate of serial communication.
Communication protocol: Communication protocol used by the device, such as Modbus and Profibus.
Physical parameters:
Size: length, width and height of the equipment.
Weight: The weight of the device.
Installation methods: such as panel installation, DIN rail installation, etc.
APPLICATION
The application scenarios of the KJ4110X1-BA1 control module are mainly concentrated in automation and control systems requiring high accuracy, high reliability and versatility. Specifically, it may be applied to the following scenarios:
Manufacturing: In manufacturing, the KJ4110X1-BA1 control module can be used in a variety of automation equipment and production lines, providing industry-leading parts, service and speed. It can be used to monitor and control the operating status of various machinery and equipment to ensure the stability and efficiency of the production process.
Energy industry: In the energy industry such as electricity, oil and gas, the KJ4110X1-BA1 control module can be applied to the protection system of turbomachinery, such as steam engines, gas engines, water turbines, compressors, etc. It can monitor the operating status of these devices in real time and provide the necessary protection and control functions to ensure the safe and reliable operation of the equipment.
Transportation: In the field of transportation, the KJ4110X1-BA1 control module can be applied to the control system of vehicles such as ships, trains and aircraft. It can provide accurate navigation and monitoring functions to ensure that vehicles reach their destinations safely and on time.
Environmental protection: In the field of environmental protection, the KJ4110X1-BA1 control module can be used to monitor and control the operating status of various environmental protection equipment, such as sewage treatment equipment, waste gas treatment equipment, etc. It can help ensure the efficient operation of these devices and reduce the environmental impact.
Shipping
Superiority products KJ4110X1-BA1 control module
| PFCL201CE  ABB  Pressure sensor controller | KJ2231X1-EA1 4-20 mA Series 2 Card EMERSON |
| MTL BPHM64 Eaton Safety grid base plate | 330106-0530-10-02-05 Proximity Probes Bently Nevada |
| 1794-IF4IXT Allen Bradley Flex I/O 1794 series input module | Max-4/11/03/032/99/1/1/00 SERVO MOTOR ELAU |
| 1734-IM4 Allen Bradley POINT I/O 4 Point Digital Input Module | 330104-00-08-90-02-05  Proximity Probes Bently Nevada |
| 1769-ECR Allen-Bradley Right end cover (ECR) module used together | D201139L Metso RT node PC AP31 D200137 personality module |
| 136188-02 Bently Nevada Ethernet /RS232 Modbus I/O module | D201376 Metso RT node PC AP31 D200137 personality module |
| AI02J ABB  Analog input module | IS220PRTDH1A 336A4940CSP6 Resistance Temperature Device (RTD) Input Module GE |
| DSSA165 ABB Ac power module | IS220PSCAH1A 336A4940CSP9  Mark VI component GE |
| PXIe-1073 NI PXI Chassis | IS220PDIAH1BE 336A5026ADP4 Resistance Temperature Device (RTD) Input Module GE |
| F860-CAÂ HONEYWELLÂ Series C “fieldbus interface module | IS420ESWBH3AXÂ GEÂ Analog I/O modules |
| DSSA165 ABBÂ Ac power module | 516TX 336A4940DNP516TXÂ GEÂ 516TX-A Industrial Ethernet Switch |
| 125840-02 Bently Power module | 128277-01 Future Expansion Faceplate Bently Nevada |
| 125680-01 BENTLYÂ Displacement detection module | A413139Â PC BOARD CIRCUIT BOARD MODULE ASSEMBLYÂ METSO |
| 147663-01 BENTLY Communication analog output module | D201471 Metso RT node PC AP31 D200137Â personality module |
| 125800-01 Bently Nevada Key phase input/output module | A413188Â PC BOARD CIRCUIT BOARD MODULE ASSEMBLYÂ METSO |
| 140471-01 Bently Nevada Developed I/O module with internal terminal | A413331 PC BOARD CIRCUIT BOARD MODULE ASSEMBLYÂ METSO |
| 3500/22M 138607-01 Bently Detector module | D201466 Metso RT node PC AP31 D200137 personality module |
| 3500/94 145988-01 BENTLY Display module | 85UVF1A-1QD Fireye Integrated Flame Scanner with Internal Flame Relay |
| 3500/42M 176449-02 bently nevada Shaft vibration module | 516TX 336A4940DNP516TXÂ GEÂ A microprocessor device |
| 3500/92 136180-01 bently nevada Communication gateway module | 516TX-336A4940DNP516TX GE microcontroller |
| 136180-01 Bently Nevada Communication gateway module | 2MLR-CPUHT HONEYWELLÂ CPU HT bus function |
| 3500/92-03-01-00 Bently Nevada 3500/92-03-01-00 | 177313-01-01 BENTLY NEVATA Vibration monitoring module |
| 7264Â ABB The four-channel SSI interface module features automatic | PXIE-6556Â NIÂ Automatic industrial control module |
| MDB-8EÂ SARTORIUS Load cell | PFCL201CEÂ Â ABBÂ Â Pressure sensor controller |
| 3500/15 127610-01 Bently Nevada Digital input module | MTL BPHM64 Eaton Safety grid base plate |
