SSB-i&s--01

INSTALLATION AND SERVICE MANUAL

SPACE SAVER BOOSTER

ELECTRICAL INSTALLATION

 

PLUMBING INSTALLATION

INSTRUCTIONS

 

INSTRUCTIONS

 

 

 

Electric booster water heaters are available for operation on standard power systems. Check the nameplate for the proper power supply.

All internal electrical connections have been made at the factory. See Circuit Breaker and Fuse Sizing Chart for supply wire size, fuse, breaker and conduit recommendations.

WARNING !!

For proper electrical installation conforming to local electrical codes, consult a licensed electrical contractor.

WARNING !!

The main power circuit must be disconnected prior to performing any maintenance on the booster heater to avoid possible personal injury or damage to the heater.

ELECTRICAL CONNECTIONS

AL CONNECTIONS

1.Locate the heater terminal or fuse block(s) in the control box. The control box is under the front hinged jacket cover.

2.Bring power leads from a properly sized fused disconnect switch or circuit breaker through knock-out provided in base and connect to the terminal or fuse block(s). USE COPPER WIRE ONLY.

3.A grounding lug is provided near the supply terminals. An equipment grounding conductor must be properly connected to it.

4.Replace and secure cover(s).

CAUTION !!

Do not turn on power to booster heater until the tank has been filled with water and all air has been vented through the dishwater rinse nozzle. The heating elements will burn out in seconds if operated when they are not immersed in water, unless the heater is equipped with a low-water cutoff (LWCO).

For the most effective operation install the booster heater as close as possible to the dishwasher.

NOTE:

Employ recirculation if distance between booster and dishwasher exceeds NSF specifications.

WARNING !!

To assure proper operation and avoid a possible unsafe condition, the booster heater must be installed in a horizontal position with the base parallel to the floor and the inlet connection at the lowest point.

TEMPERATURE AND PRESSURE RELIEF VALVE

For protection against excessive pressures and temperatures in the booster heater, install temperature and pressure protective equipment required by local codes. The manufacturer supplies valves constructed with brass working parts and heat resistant silicone seat discs for all booster heater models.

WARNING !!

Valves supplied by manufacturer are designed for high temperature commercial operation. Do not substitute OEM valves with valves designed for domestic water heaters.

Temperature/pressure protective equipment should not be less than a

combination temperature/pressure relief valve certified by a nationally

recognized testing laboratory that maintains periodic inspection of the

production of this equipment and meets the requirements for Relief

Valves and Automatic Shutoff Devices for Hot Water Supply Systems,

ANSI Z21.22-latest edition. The temperature/pressure relief valve

must be marked with a minimum set pressure not to exceed the marked

hydrostatic test pressure of the booster heater.

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Lochinvar SSB-i & s--01 installation instructions Electrical Installation Plumbing Installation, Electrical Connections

SSB-i & s--01 specifications

Lochinvar has established itself as a leader in the field of high-efficiency heating solutions, and its SSB-i and S--01 models exemplify the brand’s commitment to innovation and performance. These systems are designed for both residential and commercial applications, providing versatile solutions to meet a range of heating demands.

The Lochinvar SSB-i series features a robust stainless steel heat exchanger, ensuring durability and longevity. This series is engineered to achieve outstanding thermal efficiency, often exceeding 95%, which significantly reduces energy consumption and operational costs. The advanced technology utilized in the SSB-i includes modulating burners that automatically adjust to the heating demands, providing consistent comfort while minimizing fossil fuel usage.

On the other hand, the S--01 model stands out with its space-saving design, making it ideal for installations where room is limited. The S--01 maintains high efficiency through its innovative design that promotes optimal air and fuel mixing, which leads to cleaner combustion and reduced emissions. It is also equipped with an advanced control system that allows for precise monitoring and adjustments, ensuring that the heating system operates at its best regardless of external conditions.

Both models come equipped with user-friendly digital interfaces, allowing homeowners and facility managers to easily program and control settings. This integration of smart technology means users can manage their heating systems remotely, enhancing energy efficiency and convenience. Additionally, Lochinvar has incorporated advanced safety features such as flame safeguards and high limit controls in both models, offering peace of mind and operational reliability.

The SSB-i and S--01 units are also compatible with various renewable energy sources, such as solar thermal systems, making them an environmentally friendly choice. Their compact size and flexibility in installation options mean they can seamlessly fit into a variety of spaces, whether retrofitting an existing system or as part of a new construction project.

In summary, the Lochinvar SSB-i and S--01 models showcase the company’s dedication to efficient, sustainable, and reliable heating solutions. With their advanced technologies, user-friendly features, and focus on safety and efficiency, these systems are an excellent investment for those looking to improve their heating capabilities while minimizing their environmental footprint.