Products - 48-60 Vdc - Delta EMEA

Rectiverter Integrated or Standalone 3kVA 1phase, 48 VDC

High Efficiency Industrial Power Solutions 

The Rectiverter integration/standalone system can be used in applications where a 230/115 VAC backup is needed in parallel with the 48 VDC backup.

The system can be integrated into a Delta DC system and connected to the same controller as the 48 VDC system. It can also be used as a standalone system connected to any available 48 VDC source.

The total output power for both AC and DC output is limited to max 4 kW. AC and DC output limits can be set according to the attached load, where the limitation for AC load is set to max 3 kVA.

Product Introduction

Key features
• Single phase 230 or 115 VAC
input/output 
• 2x Front mounted IEC sockets
• Built in transfer technology 
• Can operate in parallel with 
Flatpack2 rectifiers
• Can be integrated into DC system 
connected to the same controller
Applications
• Power Utilities
• Marine and Offshore
• Railway / Metro Infrastructure
• Telecom-mobile/Wireless
Specifications
Model(1) 4 kW, 230 VAC 2 kW, 115 VAC
Product number PSPHT402RC301.1 PSPHT202RC301.0
AC Output Data
Voltage (default) I (adjustable range) 1) 230 VAC / 200 – 240 VAC 115 VAC / 100 – 127 VAC
Frequency (default inverter mode) 50 Hz (adaptive) 60 Hz (adaptive)
Frequency (set-able inverter mode) 50 Hz, 60 Hz or last synced 50/60Hz (adaptive)
Power maximum (continuous / overload (<15s) ) 2400 W (3000 VA) / 4000 VA 1200 W (1500 VA) / 2000 VA
Current maximum (continuous / overload (<15s) ) 13 A RMS / 17.4 A RMS
Current (maximum) Quick trip (20ms) 64 A (6 x nominal)
Hold up (Voltage dips) (before switching to battery) 5 ms
THD < 1.5% at resistive load
Protection Module: Fuse in L and N, Hot pluggable
DC Output Data
Voltage (default) / (adjustable range) 53.5 V DC / 43 - 58 V DC
Power (maximum @nominal input) 2400 W 2 1200 W 2
Current (maximum @nominal output VDC) 50 A 2) 25 A 2)
Hold up time, maximum output power >10ms; V OUT > 41V DC
Output Features Short circuit proof, Over voltage Shutdown, Bulk DC output connection to M6 bolt
Input Data
AC Mains Input Voltage (range / LV disconnect) 185 - 275 V AC / 170 V AC 95 - 140 V AC / 85V AC
AC Current (at nominal output voltage) (depending on module type) 14 - 24 A RMS4)
Frequency (default: sync range) 47 - 53 & 57 - 63 Hz 57 - 63 & 47 -53 Hz
Frequency (set-able: sync range) 47 - 53 Hz, 57 - 63 Hz or both (adaptive)
Power Factor /THD >0.99 at 70% load or more / <3.5%
DC Voltage nominal I extended range (no overload) 3) 45 0 58 / 40 - 45 V DC
DC Current (maximum) 64 A / 90 A during overload (15s) 32 A / 45 A during overload (15s)
Input Features Module: Fusie in L and N, Hot pluggable, Varistor
AC input Individual screw terminals 6mm2 for L, N, & PE
Bulk DC input connection to M6 bolt
Other Specifcations
Support for connection to following controller (RJ45) Smartpack2, Smartpack S & Compack controllers
Efficiency >96% (mains mode (AC/AC and AC/DC)), >94% (inverter mode (DC/AC))
2 pole AC distribution (connection IEC 320-C13 sockets) 2pc, 10A, Output characteristics (optional 8 A breaker with CS characteristics available)
Protection Class IP 20
Operating temperature -40 to +55°C (-40 to +131°F), humidity 5 - 95% RH non-condensing
Storahe temperature -40 to 85°C (-40 to +185°F), humidity 0 - 99% RH non condensing
Dimensions [W x D x H] / Weight 482 x 395 x 44 mm (1U) (19 x 17 1.8 imch) / 6 kg (13 lbs)
Design Standards
Electrical Safety EN IEC62368-1:2020+A11:2020, EN 62040-1 UPS safety
EMC ETSI EN 300 386 V.1.6.1, FCC CFR 47 Part 15
EN 61000-6-1/-2/-4/-5 EN62040-2 (Cat C1 emissions, cat C2/C3 immunity)
Environment ETSI EN 300 019: 2-1 (Class 1.2), 2-2 (Class 2.3)
Normal operating conditions as per IEC 62040-3:2011 clause 4.2.
Other operating conditions as per IEC 62040-3:2011 clause 4.3, must be advised
RoHS 3 (2015/863/EU) and WEEE (2008/98/EC) compliant
 

1) Output voltage ranges configured in factory and have individual keying in top chassis
2) AC load has priority. Maximum available DC output power and current is dependent on instant AC load and AC input voltage; i.e. maximum 1600 W at full AC power and nominal input for 230 VAC
3) Reduced performance - no power boost and increased voltage THD on AC output
4) If DC port is overloaded pulling the voltage below 43 V the input current may increase above this level.

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