OPERATION—SAFETY TEST SYSTEM™

DANGER: BURN HAZARD

Contact with hot oil will cause severe burns. Allow the fryer to cool before cleaning. Always wear protective clothing and heat resistant gloves when performing this test.

The Safety Test System™ allows a positive test of the function of the temperature limiting (hi-limit) thermostat.

The hi-limit thermostat is factory set for 440ºF (227ºC). It will trip if the oil temperature exceeds this setting, and interrupt power to the heating element.

CAUTION

Fire Hazard

Do not hold the TEST switch for more than 2-1/2 minutes. Should the oil temperature not reach the hi-limit setting within 2-1/2 minutes, turn the power switch OFF and contact an Authorized Wells Service Agent for repairs.

1.Fill the frypot to the MIN OIL line. Fresh oil is recommended to minimize smoking.

2.Clip the TEST THERMOMETER to a FRYER BASKET. Lower the fryer basket into the oil. Be sure the dial

of the test thermometer can be clearly viewed.

3.

Turn the TEMPERATURE

 

 

 

 

CONTROL KNOB to the maximum

 

 

 

 

setting, then press the POWER

 

 

 

 

 

 

 

 

SWITCH to ON. Allow the oil to heat

 

 

 

 

until the test thermometer reads to

 

 

 

 

“START TEST” (350ºF).

 

 

 

4.

Press and hold the red TEST

Fig. 5 Test Thermometer

 

SWITCH. The temperature of the

 

 

 

oil will rise, and the test thermometer will read “TEST ZONE”.

IMPORTANT: DO NOT hold the TEST switch for more than 2-1/2 minutes.

When the oil temperature reaches the setting of the hi-limit thermostat, the hi-limit will trip, the red TROUBLE light will glow, and the heating element will be de-energized.

If the hi-limit thermostat trips while the test thermometer is in the TEST ZONE, the test is complete. The function of the hi-limit thermostat is normal. Reset the hi-limit thermostat and resume normal operation.

 

If the test thermometer rises above the TEST

FAIL!

ZONE, the hi-limit is not operating properly.

Release the TEST switch, turn the power

switch OFF and contact an Authorized Wells

 

Service Agent for repairs.

5.Reset the hi-limit thermostat:

a.Turn the power switch OFF

b.Allow the oil to cool

c.Press the red button on the back of the element head until it “clicks” and stays in.

6.Remove, clean and store the test thermometer.

Set the temperature control knob to the normal operating temperature. Turn the power switch ON and resume normal operation.

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Wells F-886 operation manual OPERATION-SAFETY Test System, Fire Hazard

F-886 specifications

The Wells F-886 is a notable aircraft within the category of military aviation, particularly recognized for its role in reconnaissance and surveillance missions. Developed by Wells Aircraft, the F-886 incorporates a blend of advanced technologies and features that enhance its operational capabilities.

One of the defining characteristics of the F-886 is its aerodynamic design, which significantly improves speed and agility. The aircraft features a sleek fuselage and specialized wing structure, allowing it to maintain high performance even at considerable altitudes. It boasts a maximum speed of over 600 knots, making it one of the faster aircraft in its class.

The F-886 is equipped with state-of-the-art avionics systems that provide real-time data and situational awareness. The cockpit incorporates multifunction displays, advanced navigation systems, and heads-up displays, ensuring that pilots have access to crucial information at their fingertips. The integration of artificial intelligence in its systems enhances decision-making and operational efficiency, empowering crews to engage in complex missions with confidence.

Another key feature of the F-886 is its modular design, which allows for easy upgrades and customization. This versatility enables operators to adapt the aircraft for various roles, from ground attack to electronic warfare operations. The F-886 can be fitted with an array of sensors, including electro-optical and infrared systems, to improve target acquisition and tracking.

The aircraft's robust propulsion system contributes to its performance, featuring turbofan engines known for their reliability and fuel efficiency. This capability allows the F-886 to conduct long-range missions without the need for frequent refueling, extending its operational reach.

Moreover, the F-886 is designed with advanced stealth technology to minimize its radar cross-section, enhancing survivability in hostile environments. This characteristic, combined with its speed and agility, ensures that the aircraft can operate effectively in high-risk scenarios.

In summary, the Wells F-886 is a sophisticated military aircraft that combines speed, agility, and cutting-edge technology, making it a valuable asset for modern air forces. Its advanced avionics, modular design, and stealth features position it as a formidable player in the realm of military aviation, highlighting its importance in contemporary warfare.