General Information

An example of a typical model number is:

CVHF091NAL00ACU2758W7E8TB

C0000000K01G14C10W1A03B1

Model Number Digit Identification C = (1st digit) CenTraVac® Hermetic V = (2nd digit) CenTraVac® Hermetic H = (3rd digit) Direct Drive

F = (4th digit) Development sequence

091 = (5th, 6th, and 7th digit) Nominal compressor tonnage

N = (8th digit) Unit Voltage

A = (9th digit) Unit Type A = Cooling Condenser

B = Heat Recovery Condenser C = Auxiliary Condenser

D = Free Cooling Option S = Special

L0 = (10th and 11th digit) Design Sequence

0 = (12th digit) Hot Gas By-Pass

W = With HGB

0 = Without HGB

S = Special

A = (13th) Starter type

A = Star-Delta Unit Mounted

C = Star Delta – Remote Mounted E = X-Line Full Volt – Remote Mounted

F = Autotransformer – Remote Mounted

G = Primary Reactor – Remote Mounted

H = X-Line Full Volt – Unit Mounted J = Autotransformer – Unit Mounted

K = Primary Reactor – Unit Mounted

L = Solid State – Unit Mounted M = Solid State – Floor Mounted N = Solid State – Wall Mounted

P = Adaptive Frequency Drive - Unit Mounted

R = Customer Supplied

C = (14th digit) Control Enclosure S = Special

C = Standard Control Enclosure

U = (15th digit) Compressor Motor Power (kw)

275 = (16th, 17th, and 18th digit) Compressor Imp Cutback

8 = (19th digit) Evaporator Shell Size

W = (20th digit) Evaporator Tube Bundle

7 = (21st digit) Evaporator Tubes

E = (22nd digit) Evaporator Waterbox

8 = (23rd digit) Condenser Shell Size

T = (24th digit) Condenser Tube Bundle

B = (25th digit) Condenser Tubes

C = (26th digit) Condenser

Waterboxes

0 = (27th digit) Heat Recovery Condenser Shell Size

0 = (28th digit) Heat Recovery Condenser Tube Bundle

0 = (29th digit) Heat Recovery Condenser Tubes

0 = (30th digit) Heat Recovery Condenser Waterboxes

0 = (31st digit) Auxiliary Condenser Size and Waterboxes

0 = (32nd digit) Auxiliary Condenser Tubes

0 = (33rd digit) Orifice Size

K = (34th digit) Orifice Size

0 = (35th digit) Unit Option

1 = (36th digit) Control: Enhanced protection

G = (37th digit) Control: Generic BAS

1 = (38th digit) Control: Extended operation

4 = (39th digit) Tracer communication interface

C = (40th digit) Control: Condenser refrigerant pressure

1 = (41st digit) Control: Tracer IO

0 = (42nd digit) Special Options

W = (43nd digit) Control: Water flow control

1 = (44th digit) Control: Chilled water reset

A = (45th digit) Control: Heat Recovery temperature sensors

0 = (46th digit) Gas Powered Chiller

3 = (47th digit) Compressor Motor Frame Size

B = (48th digit) Volute Discharge Angle

1 = (49th digit) Control: Operating status

W = (50th digit) Industrial Chiller Package (INDP)

0 = Without INDP

W = With INDP

1 = (51st digit) Control Power Transformer (CPTR)

0 = Without CPTR

1 = With CPTR S = Special

B = (52nd digit) Motor and Terminal Board Configuration

A = Six Lead Low Voltage

B = Three Lead Medium Voltage

C = Six Lead Medium Voltage

S = Special

CVHE-SVU01E-EN

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Trane CVHE-SVU01E-ENX39640712050 manual CVHF091NAL00ACU2758W7E8TB, C0000000K01G14C10W1A03B1

CVHE-SVU01E-ENX39640712050 specifications

The Trane CVHE-SVU01E-ENX39640712050 is a high-efficiency centrifugal chiller designed for commercial and industrial applications. This state-of-the-art unit is engineered to provide reliable cooling performance, energy efficiency, and optimized operational flexibility. It is particularly suitable for large-scale facilities that require significant cooling capacity and robust performance under varying load conditions.

One of the most notable features of the CVHE-SVU01E series is its advanced variable speed drive technology. This technology enables the chiller to adjust its speed according to the cooling demands of the facility, resulting in substantial energy savings. By operating at optimal speeds, this unit reduces power consumption and enhances overall efficiency. This is noteworthy in the context of rising energy costs and increasing sustainability demands across various industries.

Moreover, the CVHE-SVU01E is equipped with Trane’s proprietary Compliant Scroll compressor technology. This innovative compressor design minimizes mechanical losses and increases the efficiency of the chiller system. Additionally, the compressor is specifically designed to handle varying refrigerant flow rates, allowing the chiller to maintain performance even when faced with fluctuating conditions.

Another significant characteristic of this chiller model is its use of environmentally friendly refrigerants, aligning with global regulations aimed at reducing greenhouse gas emissions. This commitment to sustainability ensures that the CVHE-SVU01E not only provides excellent cooling performance but also adheres to contemporary environmental standards.

The unit utilizes an advanced control system that simplifies operation and enhances troubleshooting capabilities. The intuitive interface allows facility managers to monitor performance metrics, optimize operation schedules, and conduct remote diagnostics, significantly reducing costly downtime and maintenance efforts.

Furthermore, the compact and modular design of the CVHE-SVU01E makes it easy to install in various settings. Its durability is ensured through the use of high-quality materials and components, designed to withstand the rigors of demanding environments. With reduced maintenance requirements, facility operators can focus on core business functions without frequent interruptions.

In summary, the Trane CVHE-SVU01E-ENX39640712050 combines cutting-edge technologies and features to deliver exceptional performance, efficiency, and reliability in commercial cooling applications. Its advanced design contributes to reduced energy costs, minimal environmental impact, and greater operational flexibility, making it an excellent choice for organizations seeking sustainable and efficient cooling solutions.