16MAINTENANCE

4)Remove the two threaded 7/16” hex screws (a) that hold the manifold support bracket to the cooking box. Pull the manifold and valve assembly towards you, at the same time lift the manifold assembly up to release the manifold brackets from the frame assembly. (b).

a

b

5)Slide the burner assembly out from under the guide screw and washer (a) in the corners of the cooking box.

6)Lift and twist the burner assembly slightly, to separate the crossover tube (b) from the burners. Remove the burners from the cooking box.

7)To reinstall the burners, reverse 3) through 7).

CAUTION: The burner openings (c) must be positioned properly over the valve orifices (d).

Check proper assembly before fastening manifold in place.

WARNING: After reinstalling the gas lines, they should be leak checked with a soap and water solution before using the barbecue. (See Step: “Check for gas leaks.”)

CROSSOVER® IGNITION SYSTEM OPERATIONS

If The Crossover® Ignition System fails to ignite the BURNER 1, light BURNER 1 with a match. If BURNER 1 lights with a match, then check the Electronic Ignition System.

•Check that both of the ignition wires are attached at the igniter module properly.

•Check that the ignition wire is attached at the ceramic igniter properly.

•Check that the ceramic igniter assembly (A) is fully positioned into burner tube 1 igniter channel (B).

•Check that the ceramic igniter is properly positioned over the burner holes on BURNER 1.

•Check that the Electronic Ignition Button is working by listening and looking for sparks at BURNER 1.

REPLACE BATTERY IF NECESSARY

AAA alkaline battery only. See illustration:

If the Electronic Ignition System still fails to light, contact the Customer Service Representative in your area using the contact information on our web site. Log onto www.weber.com®.

d

c

WWW.WEBER.COM®

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Spirit E/EP - 210/310 manual 16MAINTENANCE, Crossover Ignition System Operations, Replace Battery if Necessary
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E/EP - 210/310 specifications

The Spirit E/EP - 210/310 is an innovative electric aircraft model that marks a significant milestone in the realm of sustainable aviation. It has been engineered to cater to a vast array of applications including pilot training, aerial tours, and short-distance commutes, making it a versatile asset for various aviation stakeholders.

One of the most notable features of the Spirit E/EP series is its advanced electric propulsion system. This technology significantly reduces noise pollution and operational costs, making it an environmentally friendly alternative to traditional aircraft. The E version is tailored for electric-only operations, while the EP model is equipped for hybrid configurations, offering flexibility for various operational needs.

The Spirit E/EP has a sleek aerodynamic design, which enhances its flight efficiency and overall performance. The aircraft's lightweight composite materials not only contribute to its agility in the air but also help in maximizing its battery efficiency. This combination of materials and design allows for exceptional glide ratios, which extend flight times and reduce energy consumption.

The cockpit of the Spirit E/EP is engineered with modern avionics, providing pilots with a user-friendly interface and real-time data displays. Equipped with state-of-the-art navigation systems and autopilot technology, the aircraft ensures a smooth flying experience and simplifies pilot training processes. This modern approach to avionics is poised to attract flight schools looking to integrate cutting-edge technology into their training programs.

In terms of safety, the Spirit E/EP series is equipped with multiple redundancies in critical systems, ensuring that both training and commercial operations can proceed with an enhanced sense of security. The aircraft also features robust energy management systems that optimize battery usage and increase overall safety during flight.

The Spirit E/EP's operational cost is significantly lower than conventional piston-engine aircraft, primarily due to reduced fuel expenses and maintenance needs. This economic efficiency makes it an attractive option for flight schools and private operators alike, promoting broader adoption of electric aviation.

In conclusion, the Spirit E/EP - 210/310 showcases the future of aviation. With its innovative electric propulsion technology, lightweight construction, advanced avionics, and cost-effective operation, it stands as a testament to the shift towards sustainable aerospace solutions. This aircraft is not just a means of transportation; it is a step towards a greener and more efficient aviation industry.
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