LOADING 208V 240V 21.7 24.5

23.3 27.0

18.5 21.2

L1

L2

L3

Overhead(crown)Installation

FluorescentDoubleBiaxLamps

(6)F13DBX23T4/SPX35

 

Cal-Rod125-01-3246

1850Wt/240VAC

ShelfInstalation

FluorescentDoubleBiaxLamps

(6)F13DBX23T4/SPX35

Cal-Rod125-01-1006

980/240VACr

InnerHtr

Cal-Rod125-01-3247

2250W/240VAC

OuterHtr

Griddle

flexiableheatingpads-451W/220VACea.

 

(2)setsof3

IGHT-RHR, RHR2-HEX-9911

Wiring Schematics

#225-01-3301A NGT 11S11T444 Safety T-Stat ON: 183°F OFF: 210°F

 

(6)Ballast4111F2RP OverheadLocation

 

Infinite Control

H2

L2

Lights

 

 

 

 

 

L1

 

 

H1

P

L

Black

 

Pilot Light

Overhead

BallastCooling

M

iteWh

 

(6)Ballast4111F2RP

ControlBoxLocation

 

 

 

 

Lights

 

H2

L2

 

 

 

L1

 

Infinite Control

H1

P

L

Note: Case MUST be grounded

#225-01-0076 NGT 11S31T4444 Cloumn Heat Limit ON: 98.6°F OFF: 80.6°F

 

W6100004

Drawing oN.:

 

 

Title:

Modelwithshelfunit

Project

 

 

Kasrel

 

DrawnBy:AdrianE.CrisciBoris/

CheckedBy:AEC/BK

 

By:

 

Date:

 

1of1

 

Sheet

 

RHRHex5'-6"CaseWiringDiagram

 

DrawingTitle:

10/22/99

Date:

NextAssembly:X

White

Red

White

White

Red

White

White

Red

White

White

Red

White

White

Red

White

BulbSensor

White

Red

White

Electronic

T-Stat

7

 

 

6

 

P1

4 5

 

 

3

1 2

Tem p.Control

L

Light

 

Pilot

1001-01-125 Contactor

S

Power

L1 L2 L3 N

G

Revisions:

Corporation

Hussmann

13770 RamonaAvenue No. Description: Chino, CA. 91710 (909)590- -4910 Lic.#: 64440

12

Page 12
Image 12
hussman rhr-hex manual 23.3 18.5, W6100004, Modelwithshelfunit, RHRHex5-6CaseWiringDiagram

rhr-hex specifications

The Hussman RHR-HEX is a cutting-edge refrigeration unit designed to meet the demands of modern retailers while focusing on energy efficiency, sustainability, and robust performance. This advanced refrigeration system has garnered attention due to its unique features and technologies that enhance both its functionality and ease of use.

One of the standout features of the RHR-HEX is its compact design which allows for flexibility in store layouts. The unit can be installed in various configurations, making it suitable for diverse retail environments, from supermarkets to convenience stores. Its modular design also simplifies maintenance, enabling quick access to components, which reduces downtime and operational disruptions.

The RHR-HEX employs state-of-the-art cooling technology that utilizes a high-efficiency compressor, which significantly lowers energy consumption. This efficiency is further supported by a smart control system that optimizes performance according to varying load conditions. The advanced thermal insulation used in the unit ensures minimal energy loss, contributing to lower operational costs.

Additionally, the Hussman RHR-HEX incorporates integrated LED lighting which not only enhances product visibility but also consumes less power compared to traditional lighting solutions. This feature aligns with the growing emphasis on sustainability in retail practices, further reducing the carbon footprint of the store.

One of the key characteristics of the RHR-HEX is its ability to operate in high ambient temperatures, making it a reliable choice for warmer climates. Its robust design ensures consistent performance, even under challenging conditions, thus maintaining the integrity of stored products, especially perishables.

Furthermore, the unit supports eco-friendly refrigerants, in line with global environmental standards. By adopting refrigerants with a lower global warming potential, Hussman demonstrates its commitment to sustainable practices that comply with regulations and promote a healthier planet.

In conclusion, the Hussman RHR-HEX is a solution that embodies efficiency, versatility, and sustainability in refrigeration. Its advanced features, combined with innovative technologies, make it an ideal choice for retailers looking to enhance operational efficiency while supporting environmentally friendly practices. With the RHR-HEX, retailers not only achieve their cooling needs but also contribute to a more sustainable future.