Manuals / Pitco Frialator / Kitchen Appliance / Fryer

Pitco Frialator 34, PR14, PM14, RPB14, 24, 18, 7, 5C+, 14R, 12 Hi Limits Thermostats, Temp Resistance

Models: 5C+ 34 RPB14 18 14R 7 PM14 12 PR14 14 24

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Hi Limits Thermostats:

All Hi Limits are electric switches that OPEN at a pre determined temperature. Check for continuity across the terminations when the wires are disconnected.

Thermocouples:

Use a Multi Meter capable of measuring DC voltage below 1V. Attach the Negative lead to the Pilot Bracket and the Positive lead to the upper connection at the Hi Limit. Light the Pilot and measure the DC voltage. The voltage should be 25-35 mv. If the measured voltage is less than specified, the part should be changed.

Pilots:

Standard: Pilots must be kept clean and free from anything that might block the flow of gas.

Electronic Ignition: As with Standard pilots, care must be taken to keep this area clean. The Electronic Ignition Pilot Assembly incorporates the Spark Tip which is encased in a ceramic insulator. Check for any cracks or signs of damage. Check the spark gap which should be between 3 - 6 mm. The High Voltage wire should also be free of damage. If the High Voltage Wire is suspected of being at fault it should be checked for continuity.

Probes:

Unplug the probe wires at a convenient location and check for resistance. Also check the temperature of the oil. If the resistance is NOT close to that shown on the chart below it should be changed.

TEMP

RESISTANCE

TEMP

RESISTANCE

TEMP

RESISTANCE

21.11°C

108051 Ω

79.44°C

11719Ω

148.88°C

1734 Ω

37.77°C

53146 Ω

93.33°C

7586 Ω

162.77°C

1267 Ω

51.66°C

30902Ω

107.22°C

5055 Ω

176.66°C

942 Ω

65.55°C

18695Ω

121.11°C

3458 Ω

190.55°C

712 Ω

76.66°C

12832Ω

135.00°C

2422 Ω

204.44°C

547 Ω

Electronic Ignition Modules:

The module receives a 24 vac signal from the Temperature control system and starts a cycle to light the pilot and prove the pilot flame. Check the module by following the steps below:

{Check between the THS Terminal and GROUND for 24 vac to verify that the module is receiving a signal.

{Listen for a spark sound. If NO spark sound can be heard, Turn the fryer OFF. Unplug the High Voltage Wire from the module and replace it with a new Electronic Ignition Pilot Assembly. Temporarily ground the Pilot assembly against a suitable Ground. Turn the machine ON and listen for a spark sound. If a sound can now be heard check the ground wire on the installed Pilot and repair if damaged. If a spark CAN be heard go to the next step.

{Check for 24 vac between the two wires at the Pilot solenoid on the Gas Valve. If voltage is found, turn the fryer OFF and check the Pilot Solenoid for a Resistance of 60 Ohms. If the resistance varies more than 10 Ohms from normal the Pilot Solenoid is defective and the Gas Valve must be replaced.

{If the Pilot comes on normally and the Main Burners do NOT, check for 24 vac at the Main Burner Solenoid of the Gas Valve. If voltage is found, turn the fryer OFF and check the Main Solenoid for a Resistance of 60 Ohms. If the resistance varies more than 10 Ohms from normal the Main Burner Solenoid is defective and the Gas Valve must be replaced.

{If a spark can be heard but it continues without the Pilot lighting check the Flame Sensor as described in the

appropriate section.

Flame Sensors:

Run the fryer and check between the Flame Sensor wire and GROUND for 150 mv. If the millivoltage is NOT present the Electronic Ignition Module is at fault. Turn the fryer OFF, unplug the wire from the connection on the sensor. Connect a test meter capable of measuring Microamps in Series with the wire and the Flame Sensor. Run the fryer so that the Pilot lights. The meter reading should be between 0.15 - 0.35 ma. Remove the meter and replace the Flame Sensor wire. If the Microamperage is NOT present but the Millivoltage is, the Flame Sensor is at fault.

Computers:

{If the computer does NOT have a lit display check for 24 vac between the Green/Yellow and Red wires on the fryer harness that plugs into the computer harness. If voltage is found, and the display is NOT lit the computer connections should be checked for integrity. If the connection is good the computer is faulty.

{If the display is lit but the Main Burners do NOT light, check for 24 vdc at the coil of the K6 relay. This is the Heat Demand Relay and is switched ON only when the computer calls for a heating cycle. If voltage is present when the computer is calls for a heat cycle the K6 relay may be at fault. If voltage is NOT present, check the computer

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Pitco Frialator 34, PR14, PM14, RPB14, 24, 18, 7, 5C+, 14R, 12 manual Hi Limits Thermostats, Temp Resistance
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5C+, 34, RPB14, 18, 14R specifications

The Pitco Frialator 24,14, PR14,12, PM14 represents a culmination of advanced frying technology and practical design catering to establishments that demand efficiency and consistency in their frying operations. With decades of experience in manufacturing fryers, Pitco has established itself as a reputable leader in the foodservice industry.

One of the defining features of the Pitco Frialator series is its robust construction. Made from high-quality stainless steel, these fryers are built to withstand the rigors of commercial kitchens. Their durable bodies not only enhance their longevity but also aid in easy cleaning and maintenance, which are crucial factors in fast-paced foodservice environments.

Each model in the Pitco lineup—specifically the 24,14, PR14,12, and PM14—offers powerful heating capabilities. With options for both gas and electric models, the versatility allows businesses to choose the most suitable energy source for their kitchen. The innovative heating system ensures rapid temperature recovery, allowing for continuous operations, even during peak times.

The fryers also incorporate patented technologies that enhance frying performance. The Solstice heating system, for instance, employs a unique design that maximizes heat transfer and minimizes energy consumption. This is particularly beneficial for businesses looking to enhance their operational efficiency while keeping a close eye on energy costs.

In terms of safety and user-friendliness, the Pitco Frialator series is equipped with features such as a digital controller for precise temperature management and fault diagnostics. This ensures that operators can maintain optimal frying conditions and respond promptly to any operational issues. Additionally, the fryers come with built-in safety mechanisms to prevent overheating, reducing the risk of accidents in busy kitchens.

The frying capacity of these models is impressive, making them suitable for various menu items from crispy fries to delicate seafood. With their innovative fry pot designs, they support the cooking of larger batches while maintaining the integrity of the food, ensuring that every dish served is perfectly cooked.

Whether it's a bustling fast-food outlet or a high-volume restaurant, the efficiency, durability, and advanced technology of the Pitco Frialator 24,14, PR14,12, and PM14 make them ideal for any commercial frying application. Investing in these fryers represents a commitment to quality, production efficiency, and ultimately customer satisfaction.