Testing the rotary safety switch.

The rotary safety switch with door closed.

The rotary safety switch with door open.

Tightening the allen screws.

7 Reinstall the switch cover.

3 Look at the door switch from above. You will see a disk with an in- dentation. When the switch arm moves into the indentation, the ele- ments should turn on. As you open and close the door, watch the disk so that you will under- stand which direction to adjust the disk.

4 Loosen 2 allen screws that hold the disk to the door hinge shaft.

5 Rotate the disk to change the position of the indentation. Then tighten the allen screws.

6 Repeat step 2 to test the switch. If the ele- ments do not turn on when the switch arm is in the indentation, then disconnect the power to the kiln and look for a disconnected wire. If the wiring is okay, replace the switch. (You can also test the switch with an ohmmeter. See in- structions in the next column.)

switch with an ohmmeter. See instructions in the next column.)

2 The switch is activated by the safety switch lever. Gently bend the lever with pliers to change how far the door opens when the elements turn off. Bending the lever toward the switch box increases the distance the door opens when the elements turn off.

Testing the Safety Switch with an Ohmmeter

First, become familiar with the ohmmeter. Touch the ohm- meter probes together. That is the reading you should get when the door/lid is closed. An analog (needle indicator) ohm- meter will show the needle moving all the way over. A digital meter will show 0 - 14 ohms.

Separate the ohmmeter probes. That is the reading you should get when the door/lid is open.

1 UNPLUG kiln/disconnect power.

2 Remove the door/lid switch cover.

3 Place ohmmeter leads on the two switch terminals. (Tilt switch: Touch an ohm- meter probe to the wire in- side each wire nut.)

4 Have someone open and

The Door Push-Button Safety Switch

The door safety switch is mounted inside the front of the switch box.

1 Program the kiln to fire at full rate so the elements will turn on and stay on without cycling. (Please consult your manual to program a full rate.) After the kiln has fired for about a min- ute, open and close

the door until you hear a clicking noise. (The relays click when they turn the el- ements on or off.) The elements should turn off when the door is opened 1” - 2”.

If you do not hear the clicking, press the safety switch button. If you still do not hear the clicking, then dis-

connect the power to the kiln and look for a disconnected wire. If the wiring is okay, replace the switch. (You can also test the

close the door or lid. You should get continuity on the

ohmmeter when the lid/door is closed. If not, replace or adjust the switch.

Testing the door push-button

A c l o s e - u p v i e w o f t h e d o o r

safety switch.

push-button safety switch.

2011 South Town East Blvd. Mesquite, Texas 75149-1122 800-876-4328 / 972-288-7557 Toll Free Fax: 888-222-6450 info@paragonweb.com www.paragonweb.com

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Paragon Lid/Door Safety Switch manual Testing the Safety Switch with an Ohmmeter, Door Push-Button Safety Switch
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Lid/Door Safety Switch specifications

The Paragon Lid/Door Safety Switch is an essential component designed to enhance safety and reliability in various applications where lid or door operation is critical. These switches are commonly used in industrial machinery, appliances, and automated systems to prevent accidental operation and ensure user safety.

One of the main features of the Paragon Lid/Door Safety Switch is its robust design. Constructed from durable materials, it is engineered to withstand harsh environments and resist wear and tear over time. This reliability is crucial in preventing operational failures that could lead to accidents or equipment damage.

The switch employs a versatile actuator mechanism that can be tailored to fit different lid and door types. This adaptability makes it suitable for a wide range of applications, from industrial equipment to household appliances. The actuator’s smooth operation ensures that the switch can easily detect when a lid or door is opened or closed, providing a reliable signal to the control system.

Incorporating advanced technological features, the Paragon Lid/Door Safety Switch may include integrated safety circuits that comply with global safety standards. These circuits help mitigate risks and ensure that the system shuts down or remains inactive whenever the lid or door is ajar, preventing unintended operations.

Another notable characteristic of the Paragon switch is its ease of installation. The design typically includes user-friendly mounting options, which streamline setup and minimize downtime during installation. Furthermore, the switches can be integrated seamlessly into existing systems without requiring extensive modifications.

The Paragon Lid/Door Safety Switch also features a range of electrical ratings, allowing it to be used with different power configurations. This flexibility enables users to choose the appropriate switch for their specific application, ensuring optimal performance.

Additionally, operational feedback is often provided through visual or auditory signals, alerting users when the door or lid is not properly secured. This added layer of safety is invaluable in environments where machine operation without proper safeguards can result in serious injuries.

In summary, the Paragon Lid/Door Safety Switch stands out due to its durability, adaptability, and adherence to safety standards. With advanced technology and user-friendly design, it is an excellent choice for anyone seeking to enhance safety in equipment and machinery operation.
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