Every year technology and the need to communicate the message become more and more essential to the contemporary worship service. Visual needs must be carefully considered for house of worship projects of any size – from modest to mid-sized environments to large and even mega-church environments. Whether it is the house of worship director of operations, tech director, pastor, executive pastor or operations manager, there is a clear understanding of the technology and how it can deliver the most effective worship experience. To this end, SANYO brings an inspiring dimension to worship services and related programs with multimedia projectors. This means projectors that are extremely affordable, easy to use and configured for just about any type of interior environment and installation.
Whether it’s a small Sunday school classroom or a spacious sanctuary, SANYO projectors get the job done. Utilizing advanced digital processing and proprietary technology, they offer stunning, richly detailed image quality ideal for displaying still photos, video, hymn lyrics, scripture passages, etc. Choose from ultra-portable widescreen XGA models to multi-lamp projectors capable of displaying cathedral-size, high definition images.
Most SANYO fixed installation projectors are network-capable, which simplifies operation and provides user-defined maintenance prompts. Other network features include projector control, remote polling for system status (operating temperature, accrued lamp hours, filter status, etc) and, if needed, e-mail alerts. SANYO network projectors can also be programmed to turn on and off at specified times any day of the week. SANYO projectors can also handle a variety of different program sources. There are also many optional lenses available, making it easy to adapt to any installation. Newer technologies and innovations, such as AMF filtration, provide a simple, cost-effective way to control operating temperatures and simplify maintenance. Several SANYO projectors feature a Durable Inorganic Optical System (DIOS), which lasts up to three times longer than conventional substrates and components, when exposed to the same levels of heat and light.