Electric Box Layout - Trane TR-OHS RCU Series Installation, Operation And Maintenance Manual

Remote condensing units air-cooled indoor and outdoor remote condensing units 3-35 kw dx air-cooled

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Table Of Contents

Table of Contents

Installation

Figure 6.

Sample nameplate

Sales Order Number:

Model Number: TR-

Item Number:

Serial Number:

Electrical Data:

SCCR:

kA RMS Symmetrical

Voltage:

Phase:

No. Wires:

(Including Ground)

FLA:

MCA:

Max Fuse/Ckt. Bkr (HACR type per NEC):

Heater:

kW (Nominal)

Humidifier:

kW (Nominal)

Evaporator Motor (1):HP:

Evaporator Motor (2):HP:

Evaporator Motor (3):HP:

Evaporator Motor (4):HP:

Condenser Motor (1): HP:

Condenser Motor (2): HP:

Condensate Pump:

Compressor (1):

RLA:

Compressor (2):

RLA:

Refrigerant Type: R407C

Charge: Circuit #1:

Charge: Circuit #2:

High Side Design Pressure: 278 psig

Low Side Design Pressure:

Max. Output Air Temperature:

Blower/Fan Ext. Static Press.:

Max. Inlet Hot Water Temp.:

Hot Water or Steam Pressure:

Minimum Installation Clearance: 0.0 in.

Remote Condenser Type:

Suitable for Indoor:

Date of Manufacture:

SATS

Q.A. Acceptance:

Manufactured by

STULZ Air Technology Systems, Inc.

Frederick, Maryland, USA

Hz:

FLA:

HP:

FLA:

LRA:

144 psig

ºF

in. w.g.

ºF

psig

Outdoor:

Use

WARNING

Hazardous Voltage!

Disconnect all electric power, including remote

disconnects before servicing. Follow proper lockout/

tagout procedures to ensure the power can not be

inadvertently energized. Failure to disconnect power

before servicing could result in death or serious injury.

Note: All wiring must conform to local and national

electrical code requirements. Use of copper

conductors only is required. Wiring terminations

may become loose during transit of the equipment;

therefore, it is required to verify that all wiring

terminations are secure.

It is important to note that the control transformer

supplied with the equipment is sized and selected based

upon the expected load for the system.

Important:

Do not connect any additional loads to the

system control transformer. Connecting

additional loads to the factory supplied

control transformer may result in

overloading of the transformer, which will

cause the transformer circuit breaker to trip.

Improper wire connections will result in the reverse

rotation of the fan and compressor and may eventually

result in damage to the compressor. To correct this

problem, exchange any two of the incoming main power

wires at the main power circuit breaker. Do not rewire the

unit's individual components.