Bock compressor LR+DP prepared HGX 88e/3235-4 400V
More in this category: Reciprocating piston
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Description
Die neuen energieeffizienten «e» Modelle stehen in 2-, 4-, 6- und 8-Zylinder mit Hubvolumen von 11,4 bis 281 m³/h (50 Hz) zur Verfügung.
Das GEA Halbhermetik-Verdichterprogramm umfasst eine komplette Leistungspalette innovativer und moderner Verdichtertechnologien in 2-, 4-, 6- und ...
Die neuen energieeffizienten «e» Modelle stehen in 2-, 4-, 6- und 8-Zylinder mit Hubvolumen von 11,4 bis 281 m³/h (50 Hz) zur Verfügung.
Das GEA Halbhermetik-Verdichterprogramm umfasst eine komplette Leistungspalette innovativer und moderner Verdichtertechnologien in 2-, 4-, 6- und 8-Zylinder-Bauweise mit Hubraumvolumen von 5,4 bis 281 m³/h (50 Hz)
Für jeden Anwendungsbereich die passende Lösung.
HG (Hermetic Gas-cooled)
Klassische sauggasgekühlte Verdichterkonstuktion für Klima- und Normalkühlbereich
HA (Hermetic Air-cooled)
Spezielle GEA-Konstruktion für die Tiefkühlung (R407F) mit luftgekühltem Motor und Direktansaugung am Zylinder.
Universell
- z.B. R134a, R407C, R407F, R404A/R507A
- Eine Verdichterausführung für alle gängigen Kältemittel für Klimaanwendungen, Normal- oder Tiefkühlung
- Maximal zulässiger Betriebsdruck: 28 bar
- Hohe Kälteleistung bei minimalem Energiebedarf
- Großer Anwendungsbereich ohne jegliche Zusatzkühlung
- Verschleißfestes und langlebiges Triebwerk
- Zuverlässige und sichere Ölversorgung
- Stabile Ventilplatten-Konstruktion
- Leise und schwingungsarm
- Wirtschaftliche Leistungsregulierung
- Elektro-Anschlußkasten IP65
- GEA Compressor Management INT69 GTML Diagnose
- Elektronischer Motorschutz INT69G
- Ölsumpfheizung
- Minimaler Platzbedarf
Features
- excellent cooling capacity with minimal energy consumption
- wide range of applications without requiring any additional cooling
- wear-resistant and durable drive mechanisms
- safe and reliable oil supply
- sturdy valve plate design
- quiet and low vibration
- economical power regulation
- IP65 cabinet for ...
- excellent cooling capacity with minimal energy consumption
- wide range of applications without requiring any additional cooling
- wear-resistant and durable drive mechanisms
- safe and reliable oil supply
- sturdy valve plate design
- quiet and low vibration
- economical power regulation
- IP65 cabinet for electrical connections
- GEA Compressor Management INT69 GTML Diagnose
- INT69G electronic motor protection
- oil sump heater
- minimal space requirements
Scope of delivery
- Rear bearing flange, prepared for differential oil pressure sensor Delta P - DP (see image 3)
- Cylinder head prepared for power regulator - LR (see image 6)
- Semi-hermetic eight-cylinder piston compressor with drive motor
Single-piece compressor housing with hermetically integrated electric ...
- Rear bearing flange, prepared for differential oil pressure sensor Delta P - DP (see image 3)
- Cylinder head prepared for power regulator - LR (see image 6)
- Semi-hermetic eight-cylinder piston compressor with drive motor
Single-piece compressor housing with hermetically integrated electric motor - Oil pump
- Winding protection with cold line sensors and INT69 G electronic trigger unit
- Oil pump cover with provision to attach DELTA-P II oil differential pressure sensor
- Option to connect oil level regulators from ESK, AC+R or CARLY and MP54 oil pressure safety switch
- Option to connect oil level regulators from Traxoil (only possible with additional adaptor)
- Oil filling: FUCHS Reniso Triton SE 55
- Three inspection glasses
- Pressure relief valve
- Suction and pressure shut-off valve
- Inert gas filling
- Includes 4 vibration dampers
Accessories / Replacement parts
-
Additional ventilator
-
Control valve for unloaded start system
-
Crankcase heater
-
Intermediate adapter
-
Modbus-LAN Gateway
-
Oil differential pressure switch
-
Oil servicing valve
-
Refrigerator oil
-
Thermal protection thermostat
-
USB converter
-
Unloaded start system
Technical data
Notes
- Tolerance (± 10%) based on the mean voltage range. Other voltages and current types on request
380-420 V Y/YY-3-50 Hz PW
440-480 V Y/YY-3-60 Hz PW
PW = Part Winding, motors for part winding start
Y/Δ design on request. All figures based on the mean voltage range - Max. power consumption figures are based on the set power supply.
Start-up current (rotor blocked):
- Part winding (PW) motor: Winding 1 / winding 1+2
- Delta/Star (Δ/Y) motor: Δ / Y
Max. operating current / max. power consumption must be observed when selecting contactors, supply cables and fuses. Contactors: Utilisation category AC3