Chloride® FP50R DC UPS
Designed to provide a simple, fast and cost effective solution for DC power requirements.
TypeDC UPS /
Natural cooling
Ratings24...125 Vdc |
10...250 A
TechnologySCR
Chloride® FP50R DC UPS
Designed to provide a simple, fast and cost effective solution for DC power requirements.
TypeDC UPS /
Natural cooling
Ratings24...125 Vdc |
10...250 A
TechnologySCR
Market & Industry Type
Power Transmission and Distribution (Motorised circuit breakers, control rooms, SCADA, automatic controllers)
Energy Production (Safety systems, SCADA, automatic controllers)
Process Industries (Control systems, SCADA, automatic controllers)
Downloads
Features & Benefits
Read lessKey Advantages
More reliable
Thanks to the proven thyristor technology that Chloride® has mastered for over 70 years.
More robust
With a natural cooling design throughout the range. No risk of fan-related failures.
Less maintenance
Due to the use of long-life components.
Easier to use
With its human-machine interface featuring a large, high-contrast display. The display shows the rectifier diagram and indicates any faults, which are also indicated by summary LEDs.
Faster availability
Thanks to its design in 100% industrialised configurable sub-assemblies. The Chloride® FP50R charger-rectifier can be available in only 6 to 8 weeks.
Technical Specification
Read lessRange
1-Phase
10/25/40/60/100 Adc
3-Phase
25/40/60/100/160/250 Adc
Input
Rated voltage
1-Phase: 230Vac (220,240)
3-Phase: 400Vac (380,415) / 208Vac
Input voltage tolerance
± 10%
Frequency
47Hz / 63Hz
Frequency tolerance
± 5%
Inrush current
1-Ph: < 15 ln
3-Ph: < 10 ln
Output
Rated voltage DC
24V (17V-34V), 48V (34V-68V), 110-125V (88V-179V)
Voltage stability (in stabilised floating mode, input within tolerances)
Single system: ± 1%
Dual system: ± 1% to ± 2%
Voltage ripple rate
≤ 5 % at 100 % load
Battery
Type
Lead-Acid or Nickel-Cadmium, VLA or VRLA
Autonomy
From a few minutes to several hours, on request
24V - Number of battery cells
Lead-Acid: 12
NiCd: 18 - 20
48V - Number of battery cells
Lead-Acid: 24
NiCd: 36 - 44
110V - Number of battery cells
Lead-Acid: 54
NiCd: 82 - 92
125V - Number of battery cells
Lead-Acid: 60
NiCd: 91- 105
General Data
Operating temperature
0 to 40°C (2)
Storage temperature range
-20 to 70°C (excluding battery)
Relative humidity
< 95% non-condensing at 20°C
Altitude
1000m (2) (without downgrading the system)
Rectifier technology
SCR, 2-pulses thyristors
Cooling
Natural convection
External protection class
IP21 to IEC 60529 (other protection classes available: IP41 / IP42)
Internal protection
Protection against unintentional direct contact according to IEC 62477-1
Cable entry
Cable entry
Cabinet colours
Grey RAL 7035 / Grey RAL 7032
Dimensions
Varies according to size and options
Monitoring
Local, on the front panel
Graphic display with navigation buttons (75mm x 45mm)
List of relay alarms
Standards: general alarm, mains failure, battery charging, end of discharge Options: ground fault, boost mode, overvoltage, undervoltage
Alarm relays, contact characteristics
Changeover contact, switching capacity in accordance with DIN VDE 0660/IEC 60947: 1 A (24 V (DC13)), 0.2 A (110 V, DC13), 0.1 A (220 V, DC13) 3 A (24 V, AC15), 3 A (120 V, AC15), 3 A (230 V, AC15)
Remote control (optional)
RS485, TCP-IP, IEC 61850, SNMP, PROFIBUS
Standards
IEC 61000-6-2 : 2016
Electromagnetic compatibility (EMC) - Part 6-2: General requirements - Emission for industrial environments.
IEC 61000-6-4 : 2018
Electromagnetic compatibility (EMC) - Part 6-4: Generic standards - Emission for industrial environments.
IEC 61000-6-5 : 2015
Electromagnetic compatibility (EMC) - Part 6-5: Generic standards - Emission for equipment used in power plant and substation environments.
IEC 62477-1 : 2022
Safety requirements for electronic power conversion systems and equipment - Part 1: General.
IEC 60146-1-1 : 2009
Semiconductor converters - General requirements and mains switched converters - Part 1-1: Specification of basic requirements.
IEC 60529 : 2013
Degrees of protection provided by the enclosures (IP Code).
Example of Chloride UPS
The objective of this video is to show a Chloride full solution implemented with explosion proof UPS + battery implemantation + battery monitoring system + software application.