Hill Phoenix OSAA manual Control SETTINGS- Model

Page 18

CONTROL SETTINGS- MODEL

OSAA-6’

Fan

Defrost

Compressor

Status

Status

Status

LED

LED

LED

Manual Defrost

Button

Enter

Button

Up

Button

Down Button

Factory Control Settings

 

 

 

 

Factory Settings

 

 

Parameter

Description

 

OSAA-6’

 

 

 

Setpoint

 

22

 

 

HY

Hysteresis (differential) [1 to 9oF/oC]

3

 

 

LL

Setpoint Low Limit [67oF (55oC) to HL]

18

 

 

HL

Setpoint High Limit

[LL to 99oF/oC]

30

 

 

CC

Anti-Short Cycling Timer [0 to 9 min.]

1

 

 

Co

Deep Freeze Cycle Time [0 to 99 min.]

60

 

 

AH

High Temperature Alarm Value (degrees above setpoint) [0 to 55oF/oC]

10

 

 

AL

Low Temperature Alarm Value (degrees below setpoint) [-50 to 0oF/oC]

-10

 

 

Ad

Alarm Differential [1 to 9oF/oC]

5

 

 

At

Alarm Time Delay [0 to 99 min.]

3

 

 

dF

Defrost Type (0-electrical; 1-hot gas)

0

 

 

dE

Defrost End Mode (0-timed defrost; 1-temperature terminated defrost)

1

 

 

dt

Defrost Termination Temperature [32oF to 68oF (0oC to 20oC)]

50

 

 

di

Defrost Interval [0 to 99 hours]

8

 

 

dd

Maximum Defrost Duration [1 to 99 min.]

45

 

 

dC

Dripping Time After Defrost [0 to 99 min.]

0

 

 

dU

Initial Defrost Interval (time before first defrost after startup) [0 to 99 min.]

0

 

 

dP

Defrost Display (0-displays last value before defrost; 1-displays setpoint)

0

 

 

dr

Display Delay After Defrost [1 to 99 min.

5

 

 

iF

Digital Input Type (0-no digital input;

0

 

 

 

1-if digital input open, compres. off w/alarm on:

 

 

 

 

2-if digital input open, alarm on (contacts closed);

 

 

 

 

3-if digital input open, fan off w/alarm on)

 

 

 

id

Digital Input Time Delay [0 to 99 sec.]

0

 

 

FF

Fan Function (0-fan runs parallel with compressor; 1-fan on)

1

 

 

Fd

Fan Start-Up Delay (after defrost) [0 to 99 min.]

0

 

 

Fr

Fan Start-Up Temp. [-22oF to 41oF/-30oC to 5oC]

40

 

 

SF

Sensor Failure Operation (0-compressor off; 1-compressor on;

1

 

 

 

2-compressor on/off based on last 4 cycles)

 

 

 

So

Temperature Sensor Offset [-20oto 20oF/oC]

0

 

 

Un

Units Used (0-oC; 1-oF)

 

1

 

 

PU

Display Refresh Rate [1 to 99 sec.]

1

 

14

Image 18
Contents Deli Page Hill Phoenix Page Table of Contents General Information Model OSAA-6’ Basehorse Locations for Model Osaa Casters Line UP Consult With General ContractorPosition Next Case In Line Up Trim OUT Seal joints along6pipe chase seam with the caulk providedTOP Sill Joint Curved Front Panel Panel Joint Refrigeration Components Component Definitions Plumbing Electrical Hookup Control SETTINGS- Model Error Code System Status Wiring DIAGRAMS- Model Case Operation Electrical DataDefrost and Temp Control AIR Flowand Product Loading USE and Maintenance Fans Parts Ordering Model OsaaLocation Part Descriptions Number Procedure Page Page Warranty Maintenance & Case Care

OSAA specifications

Hill Phoenix OSAA, or the Open Systems Architecture for Automation, represents a significant advancement in the field of commercial refrigeration and foodservice equipment. This innovative platform from Hill Phoenix is engineered to meet the evolving needs of retailers and foodservice operators, focusing on efficiency, sustainability, and operational flexibility.

One of the main features of the Hill Phoenix OSAA is its modular design. This allows for easy customization and scalability, enabling operators to tailor their refrigeration systems according to specific needs. The modularity also facilitates future upgrades, ensuring that the system remains relevant as technology advances and business requirements change.

The OSAA platform integrates cutting-edge technologies such as IoT (Internet of Things) connectivity and advanced sensors. This integration allows for real-time monitoring and control of refrigeration units, enabling operators to track performance metrics, energy consumption, and maintenance needs remotely. With the ability to receive alerts and notifications, operators can promptly address issues before they escalate, reducing downtime and enhancing energy efficiency.

Another core characteristic of Hill Phoenix OSAA is its focus on sustainability. The platform supports eco-friendly refrigerants and emphasizes energy-efficient operation, which helps organizations reduce their carbon footprint. Additionally, Hill Phoenix provides tools and resources that assist operators in achieving their sustainability goals, such as compliance with environmental regulations and reducing waste.

Customization extends beyond the physical system to include software solutions. The OSAA platform features intuitive software designed for easy navigation and control. Operators can set parameters, analyze data, and generate reports to gain insights into their operations. This data-driven approach empowers users to make informed decisions that can lead to cost savings and enhanced performance.

Furthermore, Hill Phoenix OSAA is designed with user-friendliness in mind. Its straightforward interface ensures that staff can quickly learn to operate it, minimizing training time and maximizing productivity. The design pays close attention to ergonomics, ensuring that equipment is accessible and easy to use.

In summary, Hill Phoenix OSAA is a groundbreaking platform that revolutionizes the refrigeration landscape with its modular design, IoT integration, sustainability focus, customizable software solutions, and user-friendly interface. These features together create a system that not only meets current demands but is also adaptable for the future, making it a preferred choice for those in the retail and foodservice sectors.