Function: Labeled as a power brake buffer, it is part of General Electric’s Mark V series.
Electrical specifications: Support constant torque 575 v AC for a 375 HP motor and variable torque 380 V AC for a 300 HP motor.
Connector type: Four-pin connector for connecting the power supply/interface board (IMCP) and DS200ITXDG1ABA board.
specification
Inverter and dynamic brake buffer board control: Control via power/interface board (IMCP).
Board mount: To be mounted externally, its dimensions must meet the worst switch requirements for dynamic braking IGBTs.
Size and weight
Weight: Approximately 0.8KG
Operating voltage: AC110V±10%, the limit operating voltage is AC99V (low voltage) and AC121V (high voltage).
Voltage protection: It can absorb reverse electromotive force higher than DC160V, and the high voltage protection point is AC145V.
Input pulse frequency: maximum 130KHz.
specification
Matching motor: brushless motor (no Hall sensor required), speed range 0~30000RPM, power range from 1000W without fan to 2000W with fan.
Parallel drive: A maximum of 255 drives can be connected in parallel.
Communication interface: Support Modbus, with RS-232, RS-485 and other communication interfaces.
Input voltage: Usually 24VDC.
Output voltage: This may be -0.6V DC in some configurations, but please note that this may not be its standard output feature, depending on the application scenario.
NVRAM: 8 KB.
Voltage range: 220VDC May be supported in some cases, but this may not be its primary operating voltage range.
Current: The 100-400A current range is mentioned in some descriptions, but this may not be a direct parameter for the PM864A, but is confused with relevant parameters for other ABB products.
Output frequency: 50HZ, but again this may not be a direct parameter of the PM864A, but rather a parameter related to ABB power electronics controllers or similar devices.
Processor: Uses an 80386EX processor with a speed of 25MHz.
Memory: The maximum user program memory is 32K bytes.
Scan rate: The typical scan rate of a CPU is 0.22 ms /K.
Communication interface: Equipped with a built-in serial port supporting SNP/SNP-X slave protocol and a LAN port supporting multipoint, Ethernet, FIP, Profibus, GBC, GCM and GCM+ option modules.
Power requirements: 670 MA from +5 VDC power supply required.
Function support: Support shift register, override, battery backup clock, PCM/CCM compatibility, periodic subroutine interrupt function, floating point math, RAM and flash storage.
Input power supply: three-phase AC200V ~ 230V ± 10%.
Output capacity: 0.75kW (there is also information that the output power is 1.5kW).
Control mode: pulse direction control or vector control.
Control accuracy: ±5%.
Frequency: 45Hz to 65Hz.
Output current: 7.0A (when the output power is 1.5kW).
Speed control range: 0-3000 RPM.
Torque control range: 0-300%.
Size: According to the latest search results, it measures 130mm x 130mm x 80mm (5.12 inches x 5.12 inches x 3.15 inches).
Weight: About 5.0 kg (11.0 lb), but there is also information that it weighs 2KG.
trait
High torque density: for demanding applications.
Fast response time: Suitable for applications requiring fast motion control.
High accuracy: Ensures precise motion control.
Multiple optional functions: Meet various application requirements.
Number of channels: Dual channels.
Measured variables include vibration velocity (SO-P; SP-P) and elongation (SO-P; SP-P).
Frequency range: 5/10… 1000Hz, according to DIN 45670.
Power supply voltage: +24 VDC redundancy.
Output type: includes VRMS (Veff) root mean square value vibration velocity and Sop (Zero peak) vibration displacement.
Design standards: meet common international standards, such as API670, VDI2056, VDI2059.
Size and weight
Weight: About 0.1kg.
The CB06551 PRD-B040SSIB-63 is often described as a Kollmorgen product, but whether it is a pressure sensor or a servo drive varies slightly in search results. However, we can combine information from both to outline their parameters and specifications.
Purpose:
As a pressure sensor, it is used to monitor and measure the pressure of liquids or gases, and is widely used in industrial automation, hydraulic systems, automotive industry, conditioning equipment, situation monitoring and aerospace and other fields.
As a servo driver, it is commonly used in the field of industrial automation to drive a variety of motors for precise motion control.
Accuracy:
Whether used as a pressure sensor or a servo drive, it has high precision to ensure accurate measurement and control results.
Type: GE (General Electric) digital quantity input card module.
Use: Commonly used in industrial automation and control systems, allowing digital signals to be input into the control system to monitor and control different equipment and processes.
Communication capability: With a communication interface, you can communicate with other control devices and industrial networks to achieve data sharing and monitoring.
Modbus operation: Performing a combination of one read and one write operations in a single Modbus transaction can write to one set of 4 registers and return the contents of another set of 4x registers.
Type: Triple redundant industrial controller
Input voltage:
10.5-30 volts (valid)
24V DC nominal
Operating voltage also includes 120Vac (in some cases)
Output voltage: 0-10 volts (RMS)
Output current: up to 24 amps
Frequency: Up to 2500 Hz
Accuracy: ±1%
Power supply voltage:
24V DC
220V AC
Current:
100-400A (one way of saying)
12A (disconnected capacity, another way to say it)
Speed Response frequency: 1MS
Memory expansion capacity: 128MB
