Decarbonisation (Solar, CCS, H2, Wind Turbines)Petrochemical and ChemicalMinings/MetalsPower generation plantsWater and WastewaterTransportation (rail, metro, tramway)Continuous manufacturing processes
FEATURES
Features & benefits.
Key advantages
Footprint Compact footprint -20% to -45% vs traditional technologies
CO2 footprint Reduction up to -25%
Battery innovation Sodium Metal Chloride (SMC) batteries integration
Safety Bidirectional rectifier to perform battery deep discharging.
Smart access to UPS data Large color HMI touch-pad for better user interface.
USB access Export of all the recorded events using USB flash drive.
Performance designed to optimize expenses Reduced CAPEX - Upstream transformer, switchgear and cables are downsized thanks to high input power factor, low THDi rejection and low inrush current. Proven digital Vector Control technology to control the output waveform, even on non linear loads.
Controlled OPEX Lower power consumption thanks to high efficiency
Industrial-grade maintainability Innovative design allowing an easy front access to all components.
Industrial flexibility Fit-for-purpose battery selection. Galvanic isolation: either output and/or input transformers. Wide range of electrical and mechanical options.
VIDEO
FP70ZE presentation.
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SPECIFICATIONS
Technical data.
Summarised from the manufacturer’s published data. Confirm the current datasheet and the project specification before selection.
Input
AC Voltage
3-ph+N 208...690 Vac ph-ph ± 10 % (tolerances depend on the voltages)
Inrush current
≤ 1 In (without input transformer) ≤ 15 In (with input transformer)
Power factor
Up to 0.99
Frequency range
50 Hz (60 Hz factory setting) ± 5 %
Embedded input features
AC input isolator switch Surge protection with MOV lightning arrestors
With internal oscillator ± 0.1 % With reserve synchronism ± 1 % (1 to 4 % adjustable)
Voltage stability (0-100% load variation)
Static ± 1 % Dynamic VFI SS 11 as per IEC62040-3, class 1
Overload inverter (in % of nominal power)
150 %/1 min - 125 %/10 min at nominal output voltage
Short-circuit clearance (in % of nominal current)
1-ph: 260% /100 ms - 210% /5 s 3-ph: 380% /100 ms - 340% /5 s
Voltage distorsion
With 100 % linear load < 2 % With 100 % non linear load < 5 % as per IEC62040-3
Allowable power factor
0.5 lagging to 0.5 leading
Allowable crest factor
3/1
Embedded output features
Output switch Output isolation transformer class H
Battery
Battery
SMC (Sodium Metal Chloride), Lead acid or nickel cadmium, vented or recombination
Recommended number of cells Lead Acid
110 Vdc (52 to 72) 220 Vdc (104 to 132) 400 Vdc (174 to 220)
Recommended number of cells Nickel Cadmium
110 Vdc (88 to 94) 220 Vdc (176 to 184) 400 Vdc (296 to 307)
Battery current limitation
0.1 C (Lead Acid) / 0.2 C (Nickel Cadmium)
Embedded battery features
Inbuilt battery circuit breaker with aux. contact Battery reverse polarity protection and indication Battery Low Voltage Disconnection (LVD) Battery test, automatic or manual mode Battery room temperature sensor for battery charge compensation
General Data
Efficiency
Up to 91 % (according to rating and config.)
Operating temperature
From 0 to 40 °C (without system derating)
T°C operating / Storage
0...40 °C without derating system / -20...70 °C battery excluded
Relative humidity
< 95 % non condensing at 20 °C
Operating altitude
1000 m (without system derating)
Cooling
Fan assisted
Ingress protection
Internal IP20 - external IP42
Noise (at 1m in front of the unit)
62 to 72 dB (according to rating)
Input/output isolation
2500 VAC / 1 minute
Feet
100 mm height with feet cover
Gland plate
Aluminium non-magnetic, 3 mm thickness
Dimensions & colour
From 1 x 800 mm to 2 x 1200 mm width / RAL 7035
Embedded system features
Internal cabinet lighting / Lifting Eyes Auxiliary power socket
Display languages
English, French, Spanish (factory settings)
Output Power (kVA)
110 Vdc
5 / 10 / 20 kVA
220 Vdc
10 / 20 / 30 / 40 / 50 / 60 kVA
400 Vdc
40 / 50 / 60 / 80 kVA
Standards
IEC62040-1
Semiconductor converters - Part 1-1: Specification of basic requirements
IEC62040-2
Electromagnetic compatibility (EMC) - Part 6-2: Generic standards - Immunity for industry
IEC62040-3
Electromagnetic compatibility (EMC) - Part 6-4: Generic standards - Emission for industry
IEC61439-1
Low voltage switchgear and controlgear assemblies - Part1: General rules
Other
Type tests for rectifier-battery charger and batteries
Conformity
Low voltage directive
2006/95/EC (before April 2016) 2014/35/EU (after April 2016)
EMC directive
2004/108/EC (before April 2016) 2014/30/EU (after April 2016)
CE Mark
Yes
Intermediate DC Circuit
Nominal DC Voltage
110 / 220 / 400 Vdc
Voltage stability in steady state
≤ 1 % in float mode (input within tolerance)
Voltage ripple
≤ 1 % RMS (with and without battery connected)
Current limitation
I nominal
Charging characteristic
IU according to DIN 41773
Options
Rectifier
Input isolation transformer Special 1-ph or 3-ph input voltage (up to 3 x 690 Vac) Input voltage tolerance from - 20 % to + 15 % Input circuit breaker with aux. contact and breaking capacity up to 70 kA Reverse phase sequence alarm Automatic input phase failure adaptation
Battery
Protection box (circuit breaker), black start, automatic or manual mode ; DC earth fault detection
Output
Circuit breaker with aux. contact Emergency Power Off
Reserve
Circuit breaker with aux contact Reserve isolation transformer (H class) Reserve voltage stabilizer (servo-controlled) Stabilizer output isolator
System
Parallel configuration (distributed parallel) Operating temperature up to 50 °C with derating Operating altitude up to 4500 m with derating Redundant monitored fans Space heater with thermostat or hygrostat
Mechanical
Top cable entry Special feet height 200 mm or base frame
Product information source: Chloride — official product page ↗. Specifications and documents belong to the manufacturer and may change; EDPN confirms the configuration for each project.
