Infrastructure requirements

Transcription

1 Infrastructure requirements

2 Infrastructure Requirements for TechPod TM Installation: NOTE: The following infrastructure requirements are only manufacturer's recommendations and serve as such. All requirements should be performed by professional and certified personnel for installation of electricity circuits and AV equipment. Fixed Installation: All described wires will be concentrated/gathered beneath the TechPod TM location on stage/floor in an AV floor box (could be located inside the stage with easy access to the different wires and connectors) (hereinafter "AV floor box"). Moveable Installation: Using Extension Cables & 2 Wheels (Product code: TCB-33), a Wall Box is needed instead of AV Floor box. A. Projector/Beamer connections and cables: 1. VGA Quality VGA cable Recommended cable type quality long distance VGA Projector end male 15 pin VGA connection TechPod TM end male 15 pin VGA connection 2. Control 2 conductors cable Recommended cable type 2X22 PVC insulated and jacketed unshielded LF control cable Projector end female MINI (3.5 mm audio) MONO connector TechPod TM end male MINI (3.5 mm audio) MONO connector B. Ethernet / Network connection: Ethernet / Network connection 10/100/1000MB Ethernet connection RJ45 socket connection. Note: The Ethernet connection will allow TechPod TM computer access to the organization network, files and internet access through the existing network. Recommended 2 RJ45 sockets (2 Ethernet lines) for future connections or additional laptop Ethernet connection.

3 C. Speakers: Cables for Speakers - Recommended cable type - Quality 2X0.5mm 100V PA speaker cable TechPod TM end MALE XLR (5 Pin) plug on cable. Should arrive at the AV floor box and will go to each location of a speaker (dependant on the amount of speakers to be installed maximum 6 speakers per classroom could be installed). D. Electricity requirements: V socket 13A direct line (minimum 5A) from electricity main circuit board. Note: The TechPod TM socket should be clearly marked for it's connection board and where it could be switched off. If possible the projector/beamer electricity socket should be fed from the same phase/circuit as TechPod TM. 2. Grounding/earth point - 14AWG minimum standard copper wire.

4 Optional components: A. Motorized Electric Screen control: The motorized electric screen control will allow automatic UP/Down control from TechPod TM control panel (will automatically lower the screen when "Projector ON" button is pressed and will automatically raise the screen when "Projector OFF" button is pressed or when the side door is closed). Requirements: All electricity for the motorized electric screen should be gathered to a surface mount/in wall enclosure for 35mm DIN RAIL mounted type electricity enclosure (size to fit 4 EN modules) (recommended type GEWISS GW40001 or equivalent). This enclosure should be located near the motorized screen. 1. Line feed 110V (+, -, and ground) 2. Screen UP/DOWN wall switch (included with the motorized screen) MUST be "momentary switch". 3. Space for the above mentioned enclosure 4. Link to the AV floor box (TechPod TM ) 12V low voltage control at least 16mm pipe. For Motorized Curtains same operation and requirements apply for each curtain circuit. See drawings attached on next page.

5 Schematic Drawing: 110V (+, -, Ground) TechPod 12VDC control Motorized Electric Screen control enclosure to fit 4 EN modules UP/ Down wall Motorized screen Functional drawing: Motorized Screen Motorized Electric Screen control enclosure 16mm Pipe UP/ Down wall switch TechPod Floor Box Notes: All electricity changes and modification are to be done by certified electricity engineer. Electric drawings of the system will be served upon request.

6 B. Lights control: The lights control, through TechPod TM control panel, is divided into 3 zones (back, front and dimmer). 1. TechPod TM lights control will only provide low-voltage control (12V DC). High voltage connections are to be performed and connected to TechPod TM by a qualified and certified electricity engineer. 2. In order to control house lights, each of the above mentioned circuits is required to be operated by a "STEP Relay / Switch" (i.e. first press to "Lights ON" mode, second press to "Lights OFF" mode). 3. From each wall switch in the hall (3 zones), 2 parallel lines need to be drawn to a separate electricity enclosure (surface mount / in wall enclosure for 35mm DIN RAIL mounted type electricity enclosure (size to fit 8 EN modules)) (recommended GEWISS GW40003 or equivalent). 4. Recommendation - this enclosure is to be located at above average operating height (for safety reasons). 5. There should be a 16mm pipe link between this enclosure and the TechPod TM floor box (for 4X22 PVC insulated and jacketed unshielded LF control cable). Note: All electricity changes and modification are to be done by electricity certified engineer. Electronic drawings of the system will be served upon request. See drawings attached on next page.

7 Schematic Drawing: Front Light Back Light Electronic Dimmer Wall switch Wall switch Wall switch TechPod TM TechPod TM Light control enclosure Space for 8 EN Modules Functional diagram: Back Front Dimm Front Back Dimm TechPod TM Light control enclosure 16mm Pipe TechPod TM Floor Box