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Resumen del manual
via DMX Auto run if no DMX Pan Reverse movement Tilt Reverse movement Fine resolution switch Pan Degree Select Movement Feedback switch Movement Mode Select Sensitivity of Mic. Service Setting Service Password Fan Voltage Password=XXX High/Low Service Code“=050” Fan Voltage Select Fans Control Auto Fans Speed High Fans Speed Low Fans Speed Fans Speed Mode Select Display Setting Shutoff Time Display shutoff time Temperature C/F Celsius Fahrenheit Temperature switch between C°/F° Initial Effect PAN…… PAN =XXX Initial effect position Reset Default ON/OFF Restore factory sett. ©Elation Professional, Los Angeles Ca. 20 Design Wash LED 60™ ResetFunctionReset All Reset Pan&Tilt Reset all motors Reset Pan/Tilt Effect AdjustTest Channel PAN …… Test function Manual Control PAN : PAN =XXX : Fine adjustment of the lamp Calibrate Values --Password-PAN : Password=XXX PAN=XXX : Calibrate and adjust the effects to standard/right position. Password “050” Users Mode SetUser Mode XXXXXX (Band) User Mode A User Mode B User Mode C User’s mode to change channel numbers Edit User Mode PAN : PAN = CH01 : Preset User modes Edit Program Select Programs Auto Pro Part 1 Auto Pro Part 2 Auto Pro Part 3 Program 1 ~ 10 Program 1 Program 1 ~ 10 Program 2 Program 1 ~ 10 Program 3 Select programs to be run Edit Program Program 1 : Program 10 Program Test Step 01=SCxxx Step 64=SCxxx (“STEP XX”) Testing program Program in loop Save and exit Edit Scenes Edit Scene 001 ~ Edit Scene 250 Pan,Tilt,…… --Secne Time-Input By Outside Pan=xxx… … TIME=xx.xs Save and automatically return Manual scenes edit Rec. Controller XX~XX Scenes are downloaded from a DMX console directly into fixtures memory. 8.1 Function Mode: 8.1.1 “Set DMX Address” - DMX address setting – This function is used to set or adjust the fixture’s starting DMX address. Every device controlled by DMX has to have a ©Elation Professional, Los Angeles Ca. 21 Design Wash LED 60™ unique starting address. The addressing feature is what allows DMX to function properly. The DMX address of a fixture is what allows it to communicate with a controller properly. The DMX addressing also allows the fixture to ignore any DMX information coming from the controller that is not meant specifically for the fixture. Because each fixture is connected in a daisy-chain fashion it is imperative to assign a proper and unique starting DMX address to each and every fixture. The DMX address is non-destructive and will remain in the fixture’s memory even when the power to the unit is switched off. Memory is backed-up and retain by an internal power source that should last about five years. For proper DMX addressing see Section 9/Page 30 of this user manual. 8.1.2 “Value Display” - Display the DMX 512 value of each channel With this function you can display the DMX 512 value of each channel. The display will automatically detail the changing DMX values as they are received from the controller. 8.1.3 “Set to Slave” - Slave setting for Master/Slave Operation With this function, you can define the device as slave for operation in Master/Slave mode. Each slave setting will have a different function for a dynamic lightshow without a controller. 8.1.4 Auto Program This function allows the internal programs to run in either stand-alone or master/salve mode. In “Master” mode the fixture will send DMX data to other fixtures connect via the DMX chain. In “Alone” mode the fixture will operate as a single fixture. The program for this mode is selected in the “Select program” section of the control menu. You can set the number of steps under “Edit program”. You can edit the individual scenes under “Edit scenes”. With this function, you can run the individual scenes either automatically, i.e. with the adjusted Step-Time. 8.1.5 Music control This function is similar to the “Auto Program” described in the previous section with the exception that this function will advance the built-in program via sound. ©Elation Professional, Los Angeles Ca. 22 Design Wash LED 60™ 8.2 Information: 8.2.1 Time information These functions will detail different time functions associated with the fixture. Current Time This function displays the running time of the fixture from the last power on. The display shows “XXXX”, where “XXXX” represents the number of hours the fixture has been running. This counter is automatically reset after every power-on. Total Life Hours This function tracks the total running time of the fixture from the very first start-up. Where “XXXX” represents the total number of running hours. This time is none destructive and will remain in the fixtures memory indefinitely. Last Run Hours This function tracks the number of hours the fixture was operating on it’s previous cycle. Where “XXXX” represents the number of hours. This counter is automatically reset after every power down. Timer Password This function allows the last run hours to reset to zero. Clear Last ...