Jackson WH-44 Series manual

RETROFIT INSTRUCTIONS FOR OLD-STYLE FLOAT SWITCH (CONTINUED)

3.Completely drain the unit. Important: There must be no water left in the machine in order to perform this retrofit process.

4.Remove the lower front heater box cover (Item B on the figure).

WARNING: Removing the heater box cover exposes potentially live electrical components. Ensure that electrical power has been secured to the unit at the service breaker before attempting to work on any com- ponents within the heater box.

5.Disconnect the float switch wires.

6.Remove the float switch assembly. Important: If you failed to drain the dishmachine as explained in step (3), then water will being to flow from the float switch hole in the tub!

7.Install the new retrofit assembly through the existing hole. Ensure that the float switch itself is straight inside the tub. The hole that the float switch goes through will require food grade sealant to seal the hole. Sealant should not be used excessive- ly. Important: Sealant should be allowed to completely dry prior to filling dishmachine with water or else leaking may occur. Note: the extra hole in the mounting bracket goes around the thermostat bulb in the tank.

8.Secure the float switch assembly in place.

9.Attach the two pigtailed wires from the new float switch to the wires disconnected in step (5).

10.After allowing sealant to dry, close all drains. Unlock the service breaker and turn back on. Unsecure water to the dishma- chine.

11.Turn the machine back on and allow to fill. Verify that no water leaks from the new float assembly. If water does begin to leak, immediately secure water flow and secure power at the service breaker. Lock out the service breaker before investigat- ing the source of the leak. Important: Do not attempt to investigate a water leak in the heater box with the power on to the machine! Correct the deficiency causing the water leak before proceeding to the next step.

12.With the water leak fixed and the machine filled to normal operating level, run an empty rack through the machine to put it into a normal cycle.

13.To test that the float switch is functioning correctly perform the following test: (Important: this test requires live electrical components be exposed. Use extreme caution in the perfomance of this test! Keep all unnecessary personnel away from the dishmachine while this test is being performed!)

a.Slowly drain water from the dishmachine by opening the manual drain valve.

b.When the float is clear of the water (not floating), the heater contactor in the control box should not turn off.

14.If, for some reason, the unit fails the test, then there is a possibility that (1) the switch is wired incorrectly, (2) the heater contactor is faulty, or (3) some other problem has arisen. Whatever the reason, the machine should not be turned back over to the customer for normal operational use until it can pass the test in step (13).

15.Once the unit has passed all leak and operational tests, secure power at the service breaker once more and replace the front cover. Close any other covers that may be open, remove all test equipment and clean the area of debris. Once complet- ed, unsecure power to the unit and return it to normal operating condition.

WH-44 Series specifications

The Jackson WH-44 Series represents a notable advancement in the realm of cutting-edge technology, particularly within the domain of wireless communication and smart devices. Designed to cater to modern usage scenarios, the WH-44 Series incorporates an array of innovative features that elevate user experiences and operational efficiency.

One of the standout features of the Jackson WH-44 Series is its exceptional connectivity options. It supports a wide range of wireless protocols, including Wi-Fi, Bluetooth, and cutting-edge 5G technology. This flexibility allows users to seamlessly connect to various devices and networks, ensuring fast and reliable communication. The integration of 5G capability empowers users with ultra-low latency and high-speed internet access, making it ideal for data-intensive applications and real-time communications.

Another key characteristic of the WH-44 Series is its robust security framework. Equipped with advanced encryption methods and secure access controls, the Jackson WH-44 ensures that user data remains protected from unauthorized access and breaches. This focus on security is essential in today’s digital landscape, where cyber threats are pervasive.

The WH-44 Series also features an intuitive interface, designed for effortless navigation and enhanced user experience. The touchscreen capabilities paired with responsive widgets mean that users can access and manage various functions without any hassle. The incorporation of AI-driven functionalities allows for personalized experiences, adapting to user preferences and usage patterns.

Durability is another hallmark of the WH-44 Series. Constructed with high-quality materials and rigorous testing standards, these devices are designed to withstand harsh conditions and extended usage. This resilience makes the WH-44 ideal for both indoor and outdoor environments, appealing to a wide range of professional applications.

Battery life in the WH-44 Series is optimized for longevity. Advanced power management technologies allow devices to operate for extended periods on a single charge, promoting uninterrupted productivity. This factor is particularly vital for users in industries where device reliability is paramount.

The Jackson WH-44 Series is also environmentally conscious, integrating sustainable materials in its production process and energy-efficient components, reflecting a commitment to reducing carbon footprints.

In summary, the Jackson WH-44 Series offers a harmonious blend of connectivity, security, user-friendliness, durability, and sustainability. These features make it a formidable option for individuals and businesses seeking advanced wireless communication devices that can keep pace with the demands of today’s fast-evolving technological landscape.