4.The convection blower will not function normally

-Check all the connections between the controller, switch, and the convection blower against the wiring diagram.

-If the convection motor will not run, apply 230V AC to the motor directly. If the motor runs, replace the fan controller. If the motor does not run, the convection blower has failed. Replace the blower.

-If the convection blower runs on high at all times (no control with the fan controller), check the connections from the 160°F (71°C) sensor (located on the upper left side of the firewall) and convection fan controller to the blower. Disconnect one of the wires from the sensor, if control of the convection blower returns to the fan controller, replace the sensor.

-If the motor is still on high, re-connect the sensor and replace the convection fan controller.

5.Igniter- the pellets will not light

-Everything else in the stove operates but the igniter will not light the pellets

-Check all the electrical connections on the 120°F (49°C) temperature sensor located on the exhaust channel.

-Check the connections at the igniter socket.

-Place a jumper wire between the two leads on the 120°F (49°C) temperature sensor. If the igniter works. Replace the sensor.

-If the igniter does not work. Replace the igniter

NOTE: The igniter should be a bright yellow or bright orange in color. If not Replace the igniter.

6.The auger motor will not function normally

-Make sure the exhaust blower is operating.

-Make sure the dial-a-fire is turned on.

-Unplug the stove and open the side and back panels.

-Check all the connections to the auger motor, auger dial-a-fire, vacuum sensor, 200°F (93°C) temperature sensor and the timing control module against the wiring diagram in this manual.

-Check the condition of the vacuum hose (located on the left side of the stove). It should not be cracked or torn and should be installed on the top air inlet tube on the vacuum sensor.

-Check the manual reset button on the 200°F (93°C) temperature sensor. If this sensor has been tripped, check for the cause of the over-heating before pushing the red button in. Check auger for movement.

-If the auger still does not work, then apply 230V ACdirectly to the auger motor. If the auger motor does not work, replace it.

-By-pass the 200°F (93°C) temperature sensor with a jumper wire check the auger. If the auger works replace the sensor.

-Check the voltage across the load pins of the timing module. It should be around 1-2 V, cycling to line voltage during an auger pulse. If not, replace the timing control module.

-Check the vacuum sensor by placing a jumper wire between the blue wire and the black wire that are attached to the sensor. If the auger works, test to see if the exhaust blower is producing enough vacuum.

-To test the exhaust vacuum place a magnehelic gauge in the sensor end of the vacuum tube. It should read 0.5wc”. If the reading is good then replace the vacuum sensor.

-If the auger motor still does not work, then attempt to by-pass the auger dial-a-fire control by removing the leads from the timing control module’s second delay pins and

25

Page 25
Image 25
Sherwood EF-3 BAYI technical manual

EF-3 BAYI specifications

The Sherwood EF-3 BAYI is a remarkable integrated amplifier that stands out in the realm of audio equipment, delivering exceptional sound quality coupled with advanced technology. Renowned for its robust build and powerful performance, the EF-3 BAYI is designed both for audiophiles and casual listeners looking to elevate their audio experience.

At the heart of the Sherwood EF-3 BAYI is its high-fidelity amplification system, capable of delivering an impressive output power to drive various speaker configurations. The amplifier is engineered to produce a clean, dynamic sound that maintains clarity even at higher volume levels. Its audio performance is enhanced by advanced circuitry that minimizes distortion and ensures a natural, balanced sound across a wide frequency range.

One of the standout features of the EF-3 BAYI is its Class AB amplification technology. This design offers the best of both worlds, combining the efficiency of Class D amplification with the superior sound quality typically associated with Class A designs. This results in an amplifier that not only conserves energy but also offers a warm and engaging listening experience that appeals to critical listeners.

Additionally, the EF-3 BAYI is equipped with multiple input options, including analog RCA inputs, digital coaxial, and optical inputs, allowing users to connect a variety of audio sources. Furthermore, its built-in Bluetooth functionality enables wireless streaming from smartphones, tablets, and other Bluetooth-enabled devices, making it versatile and convenient for modern-day listening habits.

The amplifier's user-friendly interface includes clearly labeled knobs and buttons for adjusting volume, treble, and bass, empowering users to tailor the audio output to their preferences. Moreover, the sleek and contemporary design of the EF-3 BAYI ensures that it fits seamlessly into any home audio setup, making it not just an audio powerhouse but also an aesthetically pleasing addition.

Overall, the Sherwood EF-3 BAYI integrated amplifier exemplifies what modern audio technology can achieve, combining robust performance with advanced features, making it a top choice for anyone looking to enhance their auditory experience. Whether for music, movies, or gaming, the EF-3 BAYI stands ready to deliver exceptional sound quality that truly brings content to life.