Brand: Vibro-Meter Description: Rack Power Supply Condition:New Certificate:COO TEST REPORT WARRANTY LETTER Warranty:1 year Inventory Qty:10 Payment term:T/T Shipping Port:Xiamen Vibration RPS6U 200-582-500-013 is a high-quality rack power supply designed for VM600 series machinery protection and monitoring systems, featuring stable power output, compact size and redundant configuration options.
|
Manufacture |
Vibro-Meter |
|
Model Number |
RPS6U |
|
Ordering Number |
200-582-500-013 |
|
Catalog |
rack power supply |
|
Country Of Origin |
Switzerland |
|
HS CODE |
8517795000 |
|
Dimension |
6*20*27 CM |
|
Packing Dimension |
8*22*30 CM |
|
Weight |
0.8kg |
Product Overview
Model 200-582-500-013
Order Number PNR 200-582-500-013
Power supply type AC-input version
Applicable platform VM600. The "0" in the suffix "013" clearly indicates that it is the VM600 (Mk1) version.
Rated input voltage 115/230 VAC. This power module supports the two major global mains power standards and can be adapted through internal jumpers or automatic switching.
Physical appearance The front panel is painted
The 200-582-500-013 is a high-performance and highly reliable rack power module specifically designed for the first-generation VM600 system, powered by standard mains electricity. RPS6U serves as the energy core for building a stable VM600 monitoring system.
Product functional features
The RPS6U is far from being a simple AC/DC converter. The 200-582-500-013 is a highly reliable power solution meticulously designed to meet the demanding requirements of mission-critical industrial condition monitoring systems. The functional features can be deeply analyzed from the following six dimensions: highly integrated multi-channel precision power output
Multi-rail power supply, a single module can simultaneously provide all the DC voltage rails required by the VM600 system: +5VDC, +12VDC and -12VDC. This integrated design eliminates the need for external multi-channel power supplies and simplifies the system architecture.
Precise voltage regulation and low noise: Each output channel undergoes independent, high-precision voltage regulation and filtering processing. In particular, the +5V and ±12V outputs feature extremely low ripple and noise, which is crucial for ensuring the analog-to-digital conversion accuracy of high-speed data acquisition cards such as MPC4. Any power supply noise may be misjudged as a machine vibration signal, leading to false alarms.
Comprehensive built-in protection and diagnostic mechanisms
Front-end EMC protection: The built-in high-performance EMI/RFI filter can effectively suppress conducted and radiated interference from the power grid, and also prevent the switching noise generated by the power module itself from polluting the power grid, ensuring the stable operation of the entire VM600 rack in a complex electromagnetic environment and meeting strict industrial EMC standards.
Overcurrent and short-circuit protection: Integrated fuses provide the first line of defense to prevent catastrophic damage caused by internal faults or external short circuits. More advanced protection circuits can automatically recover after the fault is cleared without the need for manual intervention.
Status visualization: The LED indicator light on the front panel is not merely a simple "on/off" indication, but also a real-time health status window
IN: 200-582-500-013 not only indicates that there is electricity, but also means that the input voltage is within the normal operating range.
+5V, +12V, -12V: Each voltage rail has an independent indication. Once a certain circuit experiences undervoltage, overvoltage or overload, the corresponding LED will go out or change its state, enabling maintenance personnel to locate the specific faulty power rail within seconds and significantly reducing troubleshooting time.
Redundant support for high availability architectures
The N+1 redundancy design, RPS6U, is the physical foundation for the VM600 to achieve the goal of "never going down". Two RPS6U modules can be installed in a standard VM600 rack. Under normal circumstances, the two power supplies share the load equally. When one of the power supplies fails, the other can seamlessly and instantly take over 100% of the system load. The entire process is completely transparent to the upper-layer applications, with no data loss or system restart.
Hot-swappable capability: The power module supports safe insertion or removal while the system is powered on. This makes it possible to carry out preventive maintenance or replace faulty units without interrupting the monitoring of critical equipment, reducing unplanned downtime to zero.