Steam Trap

SECTION 2: INSTALLATION/OPERATION INSTRUCTIONS

INSTALLING THE JFT DISHMACHINE (CONTINUED)

STEAM TRAP CONNECTIONS: There are steam traps provided on the discharge side of all

steam heating devices. A typical unit will have traps on the following: wash section heating coil outlet, power rinse section heating coil outlet, rinse booster heater outlet, and an option- al blower dryer section heating coil outlet. All steam traps can be seen by removing all of the above mentioned sections lower dress panels. The steam traps are 3/4” FNPT and should be plumbed together to provide condensate return to the building’s boiler system.

PLUMBING CHECK: Slowly turn on the water supply to the machine after the incoming fill line and the drain line have been installed. Check for any leaks and repair as required. All leaks must be repaired prior to placing the machine in operation.

ELECTRICAL POWER CONNECTION: Electrical and grounding connections must comply with the applicable portions of the National Electrical Code ANSI/NFPA 70 (latest edition) and/or other electrical codes.

Disconnect electrical power supply and place a tag at the disconnect switch to indicate that you are working on the cir- cuit.

Refer to the data plate for machine operating requirements, machine voltage, total amperage load and serial number.

To install the incoming power lines, open the control box. Install conduit into the pre- punched holes in the top of the control box. Route power wires and connect to power block and grounding lug. Tighten the connections. It is recommended that “DE-OX” or another similar anti-oxidation agent be used on all power connections.

Please note that the individual sections require separate incoming power supplies and services. Refer to the machine data plate for information related to service cir- cuit sizing. Ensure that services are labeled correctly. Ensure that service is sized correctly according to applicable local, state and national codes. Always refer to the machine data plate to get the total amperage load for each section.

Terminal Block

Ground Lug

Control Box Electrical Connection

VOLTAGE CHECK: Ensure that the power switch is in the OFF position and apply power to the dishmachine. Check the incom- ing power at the terminal block and ensure it corresponds to the voltage listed on the data plate. If not, contact a qualified ser- vice agency to examine the problem. Do not run the dishmachine if the voltage is too high or too low. Shut off the service break- er(s) and mark as being for the dishmachine. Advise all proper personnel of any problems and of the location of the service breaker. Close and lock the control box cover until authorized technicians can look at the problem and determine an appropri- ate solution.

The protective measures must be executed according to the conditions of the local power utilities. All electrical cable connec- tions are to be provided with marked cables screwed in the electrical switch cabinet, according to the wiring diagram and to be connected to the respective terminals and contactors. Please check the electrical tension.

a.Check all motors for sense of direction.

b.Retighten all terminal fixing screws before the setting in operation.

INSTALLATION OF THE MACHINE’S TRANSPORT BELT: The transport belt is provided in sections of approximately 12 feet. One end of each section will have the belt rod inserted and the opposing end will have the belt fingers hang- ing down. To install the belt, stand at the load end section of the dishmachine. Remove the end cap from one of the rods. Take the belt rod end of one 12 foot section and place on the top guide rails at the load end. Ensure that the fingers are pointing upward. Push the section into the machine until the loose finger end is approximately one foot from the entrance of the machine. The next 12 foot section of the transport belt can then be placed at the load end. Temporarily remove the belt rod and interlace the fingers of the two belt sec- tions to conform with the arrangement of all belt fingers. Please refer to the dia-

Transportation Belt

JFT Series Technical Manual 7610-002-77-38

Issued: 03-16-2006 Revised: N/A

JFT, JFT-S specifications

Jackson JFT is an advanced Java library designed for efficiently handling JSON data. Built on the popular Jackson core framework, Jackson JFT (JSON for Transformation) enhances Jackson's capabilities by providing powerful features for transforming JSON structures without losing the flexibility and performance that developers appreciate.

One of the main characteristics of Jackson JFT is its seamless integration with the Jackson ecosystem. It maintains compatibility with existing Jackson modules, allowing developers to leverage the extensive functionality of the framework. This integration ensures that users can easily transition to Jackson JFT, taking advantage of its additional features while retaining access to the wide range of tools already available in Jackson.

A key feature of Jackson JFT is its focus on JSON transformation. The library allows for easy manipulation and transformation of JSON data structures through a set of intuitive APIs. Developers can define transformations in a clean and readable manner, making the process of converting or mapping JSON data to different structures straightforward. This is particularly beneficial in scenarios where data might need to be reshaped for compatibility with different systems, APIs, or for front-end display purposes.

Jackson JFT also supports advanced data binding, allowing it to bind JSON data directly to Java objects and vice versa. This feature streamlines the process of parsing JSON data and is invaluable for applications that require frequent data interchange. The library handles various data types, ensuring that complex nested structures are managed efficiently.

Performance is another essential characteristic of Jackson JFT. The library is optimized to handle large datasets without significant overhead, making it suitable for applications with heavy data processing needs. Its efficient handling of memory and processing power results in faster transformations and reduces latency in web applications.

Furthermore, Jackson JFT ensures reliability and robustness in data handling. With built-in error handling and validation mechanisms, developers can easily identify issues in JSON data and ensure data integrity throughout the transformation process.

In summary, Jackson JFT stands out as a powerful tool within the Jackson ecosystem, designed to simplify JSON transformation and data handling. Its seamless integration, advanced data binding capabilities, performance optimizations, and reliability make it an ideal choice for developers looking to work with JSON data in Java applications. Whether it's for web services, data interchange, or application configuration, Jackson JFT provides a modern solution for effective JSON processing.