Technical data
UL-HGX46/280 SH 46 CO2 T
| Application | Refrigeration & AC |
| Compressor refrigeration capacity | 108.00 kW |
| Power consumption | 35.10 kW |
| Current draw (460 V) | 55.00 A 1) |
| Mass flow | 0.732 kg/s |
at following operating condition:
| Refrigerant | R744 |
| Reference temperature | Dew point |
| Evaporating temperature | 5.1 °C |
| High pressure (abs.) | 90.00 bar |
| Gas cooler outlet temperature | 35.0 °C |
| Supply frequency | 60 Hz |
| Voltage | 460 V |
| Suction gas superheat | 10 K |
| Subcooling (outside cond.) | -- K |
| Number of cylinders / Bore / Stroke | 6 / 1.42 inch / 1.81 inch |
| Displacement 60 Hz (1740 rpm) | 1036 cfh |
| Voltage 2) | 440-480V Y/YY -3- 60Hz PW |
| Winding divided into | 50% / 50% |
| Max. working current 3) | 73.4 A |
| Max. power consumption 3) | 52.4 kW |
| Starting current (rotor blocked) 3) | 196.0 / 335.0 A |
| Motor protection | INT69 G |
| Protection terminal box | IP 66 |
| Weight | 519 lb |
| Frequency range 4) | 20 -70 Hz |
| Max. permissible overpressure (g) (LP/HP) 5) | 1450 / 2176 psi |
| Connection suction line SV | 1 1/8 " |
| Connection discharge line DV | 7/8 " |
| Lubrication | Oil pump |
| Oil type R744 | Bock C 170 E |
| Oil charge | 92 fl.oz |
| Dimensions
Length / Width / Height | 30.58 / 18.54 / 15.87 inch |
| Sound power level LWA 6) | 81 dB(A) @ +5 °C / 100 bar / 10 K |
| Sound pressure level LpA 6) | 68 dB(A) @ +5 °C / 100 bar / 10 K |
Scope of supply
Semi-hermetic six-cylinder reciprocating compressor with drive motor
Single-section compressor housing with hermetically integrated electric motor
Winding protection with PTC resistor sensors and
electronic trigger unit INT69 G
115-230 V AC, 50/60 Hz,
IP00
Oil pump
Pressure relief valve suction and discharge line
Oil sump heater 110-120 V - 1 - 60 Hz, 160 W
Oil charge:
BOCK C 170 E
Sight glass
Suction and discharge connection using blind flange
Inert gas charge
Accessories
Digital capacity regulator DCR22 CO2
flexxCO2NTROL
110 V -1- 50/60 Hz, 8W, IP65
incl. thermal
protection thermostat (PTC) on cylinder cover with DCR22 CO2
for
further information see 96590-DGbF
Compressor oil Bock C 170 E as 1 liter refill unit
7)
Compressor oil PAG (factory filling) 8)
Oil differential pressure sensor DELTA-P II 115-230 V - 1
- 50/60 Hz,
incl. oil pump prepared for oil differential pressure
sensor 7)
Thermal protection thermostat per cylinder cover
Oil temperature sensor (Pt1000, for external evaluation)
Hot gas temperature sensor (Pt1000, for external
evaluation)
recommended for DCR22 CO2
flexxCO2NTROL
for further information see 96590-DGbF
Suction and discharge line valve in soldering / welding
design
Suction and discharge line valve with cutting ring
connection for steel pipes
Intermediate adapter for discharge line valve 7)
Screw adapter for oil level regulator 7)
4 anti-vibration pads enclosed
Special voltage and/or frequency (on request)
Notes
| 1) | Value calculated. Deviation to reality possible. |
| 2) | Tolerance (± 10%)
relates to the mean value of the voltage range. Other voltages and current types
on request
All data are based on voltage rms values |
| 3) | - The stated value for the max. power consumption is valid
for the adjusted power supply.
- Starting current (rotor blocked):
- Part winding (PW) motors: Winding 1 / Winding 1+2
- Delta/Star (Δ/Y) motors: Δ / Y
- Take account of the max.
operating current / max. power consumption for designing motor contractors, feed
lines, fuses and motor protection switches. Motor contractors: Consumption
category AC3. |
| 4) | The maximum permissible working current of the compressor
(Imax) must not be exceeded. Take account of the guidelines for use of frequency
inverter (see compressor assembly instruction or selection software).
|
| 5) | LP = Low
pressure
HP = High pressure |
| 6) | Declared dual-number noise emission values are in
accordance with ISO 4871. The corresponding uncertainty to the sound power level
is KWA = 2,5 dB and to the sound pressure level is KpA =
2,5 dB. The values are valid for 50 Hz with the refrigerant R744 at the standard
rating points according to EN 12900.
- A-weighted sound power level LWA (re 1 pW), in decibel. To
determine the values, measurement methods of the ISO 3740 standard with
accuracy class 2 or higher were used.
- A-weighted sound pressure level LpA (re 20 µPa), in decibel.
The values are calculated from the sound power level in accordance with ISO
11203: LpA = LWA - Q2 at a distance of d = 1m
to the reference box.
|
| 7) | Enclosure |
| 8) | On request |