Troubleshooting Chart

 

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Condition

Corrective Action

No Power To Machine:

Dead electrical circuit breaker in fuse box Faulty power cord

Power switch failure

Faulty circuit breaker

Internal wiring problem

Electrical Shock:

Equipment not grounding

Receptacle not grounded

Internal electrical problem

Nuisance Tripping of Circuit Breaker: Brush “buried”More than 3/8” (1 cm)

Check building circuit breaker.

Replace

Test switch for continuity/Replace if necessary.

Test circuit breaker for continuity/Replace if necessary.

With the machine unplugged, check for, and correct, any loose wire connections inside the machine at the switches and terminal block.

Follow grounding instructions exactly.

Have an electrician inspect the building’s wiring.

Ensure that the machine’s wiring matches the appropriate wiring diagram. Check for and correct any loose wire connections. Replace any wires or components which are short circuiting.

Brush is adjusted too low, adjust position using the adjustment control at the front of machine. Best cleaning results are achieved with a minimal brush/surface contact of less than 3/8” (1cm).

Dry brush

Faulty circuit breaker

Mechanical problem

Vacuum Motor Speed Varies or Doesn’t Run: Worn motor brushes

Motor worn out

Faulty switch

Faulty circuit breaker

Internal wiring problem

Loss Of Vacuum:

Loose vac dome

Crack in dome or poor joint

Loosecuffsonvacuum hose

Damaged Dome Gasket

Lint or dirt clogging vacuum intake screen Accessory tool clogged

Vac hose damaged

Internal electrical problem

10

Turn brush motor and pump switches on with machine tilted rearward (brush off floor). Lower machine back to carpet slowly.

Test circuit breaker for continuity/Replace if necessary.

Higher amp draws may indicate a mechanical problem. Find parts which are not moving freely and repair or replace.

Replace

Replace

Replace

Replace

Check for and correct any loose wire connections,

Center dome over tank.

Replace or repair using acrylic plastic cement only.

Tighten cuffs (turn counter clockwise).

Replace gasket.

With power off clean vac intake screen found in dome.

Clean out tool, ensure free airflow.

Replace

Have a trained service technician inspect and repair the machine.

98353 7/1/97

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Windsor SPD-J manual Troubleshooting Chart

SPD-J, SPD specifications

Windsor SPD and SPD-J are advanced power distribution systems designed with a focus on efficiency, reliability, and innovation. Windsor SPD, also known as Surge Protective Device, is engineered to protect electrical systems from voltage spikes that can result from lightning strikes, power surges, or other disturbances. This device is crucial for safeguarding sensitive electronic equipment used in various industries, from telecommunications to healthcare.

One of the main features of the Windsor SPD is its multi-level protection mechanism. It employs a tiered approach that combines several surge protection technologies, including metal oxide varistors (MOVs), gas discharge tubes (GDTs), and transient voltage suppressors (TVS). This combination not only enhances performance but also extends the lifespan of the protective equipment, effectively minimizing the risk of failure during transient events.

The SPD-J model introduces added functionalities and improved integration capabilities. It includes an intuitive monitoring interface that provides real-time insights into system performance and surge events. This data is crucial for facility managers as it enables them to assess the effectiveness of surge protection and make informed decisions about maintenance and upgrades.

Both the Windsor SPD and SPD-J feature compact designs that allow for easy installation in various settings, including residential, commercial, and industrial environments. Their robust construction ensures compliance with international safety standards, providing users with peace of mind regarding their efficacy.

In terms of technology, these devices are equipped with remote monitoring capabilities. Users can access performance data via web applications, enabling proactive management of electrical systems. Additionally, they are designed to integrate seamlessly with existing electrical infrastructure, making them a versatile solution for enhancing overall system resilience.

Regarding characteristics, the devices boast high energy absorption ratings, which define their ability to withstand and dissipate surges without compromising performance. The SPD and SPD-J are also designed to operate in a wide range of temperatures, ensuring reliability in diverse climate conditions.

In summary, Windsor SPD and SPD-J stand out in the field of surge protection technologies for their effective, user-friendly, and reliable solutions. As power demands continue to grow, these systems play an essential role in maintaining the integrity and safety of electrical systems across various sectors.