Multitel - Model FCCP - Float Charging Current Probe
The FCCP, or Float Charging Current Probe, is an advanced tool designed to enhance safety and compliance by enabling meticulous monitoring of battery float current. Its patented measurement and digital filtering technology allow for the elimination of AC ripples to maintain a pure DC component, vital in applications across telecoms, power utilities, data centers, and more. The FCCP provides precise measurements within the 0-5A range, with a resolution of 1mA, ensuring accurate tracking of the battery's state of charge. Installation is made user-friendly with a split-core transducer that does not require opening the battery circuit. Its versatility is demonstrated by compatibility with popular output signals, meeting standards like NERC’s TPL-001-5 for utilities, and helping facilities comply with fire safety codes by preventing thermal runaway incidents. The device is robust to temperature variations, offers smart alarm capabilities, and supports a wide input power range. With features like auto-calibration, the FCCP is built to support various industry needs efficiently.
-
Most popular related searches
Discover a world of Possibilities and Applications
Thermal Runaway Prevention
Prevention is key to avoid a catastrophic event
- Float charging current and ambient temperature are two critical contributors at the origin of a thermal runaway events.
- Float charging current measurements will provide the earliest, most holistic and precise detection of thermal runaway.
- Using an FCCP can help with compliancy to IFC section 608 and NFPA 1. Article 52 fire codes.
- The FCCP analog and digital output signals integrates easily with DC system controllers, battery monitors, SCADA or RTUs;
- The FCCP is ideally suited for small to large VRLA, VLA and NiCad battery systems.
- Installs easily in small telecom outside plant cabinets up to large data center UPS battery systems.
Complete FCCP features overview
Precision/Resolution
Capable of measurement between 0-5A with increment of 1mA
Smart alarms
Will not generate alarms when “Battery Discharge/Recharge” event occurs
Trending
Linear analog output signal to easily interface battery monitors or data loggers
Open circuit detection
Helps Electrical Utilities meet the NERC’s TLP-001-5 standard for single charger station DC supply battery
Non-intrusive
A split-core transducer enables easy installation without opening the battery circuit
Immune to noise and temperature changes
Unique measurement technique and digital filtering technique eliminates AC ripples to provide a pure DC component
State of Charge (SoC)
DC float current is the parameter of choice to determine the battery SoC. For Nuclear Stations, the FCCP can replace periodic, manual and unpleasant specific gravity measurements
Timeliness measurements
Benefit from continuous DC float current measurements
Auto-calibration
Protection of small to medium battery backup power at your customer location against thermal runaway
Flexible input power
The controller is adapted to telecom, railway and power utility configurations
Thermal runaway prevention
Float Current is the parameter of choice when it comes to thermal runaway prevention
100% Compatible
Dry “C” contact enables compliancy to any remote telemetry device in the network
Customer reviews
No reviews were found for Multitel - Model FCCP - Float Charging Current Probe. Be the first to review!