Advice for safe installation of neon systems with EVG converters
Installation advice for EVGs. Secondary circuit layout. Central high-voltage supply
Explanations on the protection against accidental contact and open circuit protection according to EN 50107...
Illustration and explanations on permitted cables for luminous discharge tube
Illustration of the ignition and burning voltage of neon tubes
Influence of the temperature on the tube brightness
Formula for and explanations on calculating the ignition voltage of luminous discharge tubes
Advice for safe installation of neon systems with EVG converters
Installation advice for EVGs. Special advice for 8-kV EVGs
Creepage distances and clearances according to EN 50107. Degrees of protection according to DIN 40050
Influence of the cable capacitances on the tube current. Current peaks due to long cables
Tube voltage at different tube diameters. Type of filling gas. Burning voltage at different temperatures. Burning voltage and tube ageing
Operating temperature of core & coil transformers. Operating temperature of EVGs or constant-current Transformers
Tube length table for constant current transformers
Installation advice for EVGs. Operating principle of EVGs. Effects of parallel high-voltage cables. Distance to metal
Frequently asked questions and answers about the use of electronic converters in neon advertising signs
Maximum cable lengths according to EN 50107. Recommendations for the length of high-voltage cables
Illustration and explanation of the inrush current of electronic converters (EVGs) and core & coil transformers
Effects of the tube current. Recommendations for the maximum tube current
Explanations on the design and behaviour of constant-current transformers
Tube length table for electronic converters (EVGs)
Illustration and explanation of the characteristic curve of constant-current transformers
