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Optyma condensing unit with MTZ064 Maneurop reciprocating compressor for NAM

Optyma™, OP-HGZC0400UWE300R

114N3646

Segment usage: Medium Back Pressure, Refrigerants: R404A; R452A; R134a; R448A; R449A, Compressor power supply [V]: 460/3/60

Product specifications

Characteristic
Value
Air flow @ 60Hz [m³/h]5800 m³/h
ApplicationsMBP
ApprovalUL listed
AWEF applicationIndoor
AWEF displayedYes
China RoHS complianceOut of scope
Compressor modelMTZ050-4
Compressor power supply [V]460/3/60
Condenser typeH3
Connection typeSolder
Contains batteriesNo
CoolselectorFilterActive models
DescriptionOP-HGZC0400UWE300R
DG Indicator ProfileNot relevant for dangerous goods
Electrical codeR
EU RoHS complianceOut of scope
FamilyOptyma™
Fan blade size [mm]356.000 mm
Fan current @ 60Hz [A]0.60 A
Fan diameter [mm]356 mm
Fan power consumption @ 60Hz [W]298 W
Fan power output @ 60Hz [W]150 W
Fan power supply [V/Ph/Hz]460/1/60
Fan voltage @ 60Hz (max) [V] [Max]460 V
Fan voltage @ 60Hz (max) [V] [Min]460 V
Frequency [Hz]60 Hz
High value of nominal voltage at 60Hz [V]460 V
Characteristic
Value
Length [mm]1199 mm
Liquid line connection [in]1/2 in
Low value of nominal voltage at 60Hz [V]460 V
Material DescriptionOP-HGZC0400UWE300R MTZ50-4VI
MCC10.2 A
Model numberOP-HGZC0400UWE300R
No. of phases (compressor)3
No. of phases (fan)1
Number of fans2
Phase3
Product groupCondensing Units
Product lineCondensing Units
Product nameBare unit
Product TypeOptyma™ WE
Receiver approvalUL
Receiver volume [L]8.0 L
RefrigerantsR134aR404AR448AR449AR452A
RLA7.7 A
Segment usageMedium Back Pressure
Speed PlatformFixed-speed
Suction connection size [in]7/8 in
Total height [mm]671.0 mm
U.S. EPA labelFor installations using U.S. EPA restricted refrigerants, this product may be used for servicing existing equipment only.
UL markYes
VersionWE
Voltage 60Hz [V]460 V
Width [mm]800.00 mm

General specifications

Characteristic
Value
Gross weight143 Kilogram
Net weight125 Kilogram
Volume387.8 Liter
Characteristic
Value
EAN/UPC5702428571395
Proposition 65Cancer and Reproductive Harm