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Equipment Misuse
Safety Instructions » Equipment Misuse
!Use of equipment in a manner not specified by manufacturer may impair protection provided by the ATevo and result in SERIOUS INJURY OR DEATH SYMBOL EXAMPLE Do not use the equipment for any purpose not described in this manual. …
Safety Instructions
Safety Instructions
Please read and follow all Safety Instructions to avoid equipment damage, serious injury, or accidental death. SECTION TOPICS Safety Symbols Equipment Misuse DANGER WARNING CAUTION…
Escape (ESC) Button
Controls & Navigation » Main Menu & Navigation » Escape (ESC) Button
In general, pressing ESC returns back one menu level. The examples below illustrate its use: If Main Menu displayed: ESC will return to HOME screen. If in SYSTEM SETTINGS screen, pressing ESC will return to Main Menu. Pressing ESC again will return to the HOME…
WARNING
Safety Instructions » WARNING
!Potentially hazardous situation, which if not avoided, could result in death or serious injury. SYMBOL INSTRUCTION Do not install ATevo outdoors, or in wet or damp locations, unless specifically equipped for that environment. …
Wiring Relay Connections
Auxiliary Inputs/Outputs » Connections to Auxiliary I/O Board » Wiring Relay Connections
Connections to the relays are made through an 18-position terminal block (A4-TB4). Connections to the six (6) programmable relay contacts are clearly labeled on the board. Procedure De-energize and lock out all ac and dc voltages to ATevo. Allow internal…
Wiring ATevo Common Alarm
Wiring » Wiring ATevo Common Alarm
ATevo Main Control Board (A1) is equipped with a ‘summary’ Common Alarm relay. This relay contact transfers when any one (1) or more of the standard ATevo alarm(s) become active. One (1) set of form-C alarm contacts is provided, and are accessible via terminal…
Safety Symbols
Safety Instructions » Safety Symbols
!SAFETY INSTRUCTIONS – PLEASE READ AND FOLLOW TO AVOID SERIOUS INJURY OR DEATH SYMBOL MEANING Imminently hazardous situation, which if not avoided, WILL result in death or serious injury. Potentially hazardous…
Upgrading Firmware via Memory Card (v2.7.0 onward)
Advanced Operation » SD Memory Card Features » Upgrading Firmware via Memory Card (v2.7.0 onward)
The process for updating firmware is further simplified on ATevo chargers supplied with firmware v2.7.0 onward. Improvements that are discussed below include: Firmware updates are supplied as a single firmware file rather than individual files. Firmware filename can…
Performing Routine Maintenance
Maintenance » Performing Routine Maintenance
High voltages appear at several points inside the ATevo. Use extreme caution when working inside the enclosure. Do not attempt to work inside ATevo unless you are a qualified technician or electrician. Disconnect and lock out all power…
Firmware v2.7.0 Enhancements
Appendices & Drawings » Firmware v2.7.0 Enhancements
Firmware v2.7.0 for ATevo brings enhanced new features. Click on each of the toggles below to learn more: Alarm Triggers The Evo charger always had the user configurable “Common Alarm”. New alarms named “High Priority Alarm” and…
Making DC Output Connections
Wiring » Making DC Output Connections
Installer is responsible to provide suitable dc output, battery, and dc load wiring. Guidelines for DC Connections Size the dc wiring to minimize voltage drop. Acceptable wire size depends on the installation. As a guideline, voltage drop should not exceed 1% of…
Software Configuration for Binary Inputs
Auxiliary Inputs/Outputs » Software Configuration for Binary Inputs
The Auxiliary I/O Board (A4) binary inputs are used to monitor, alarm, and/or report on the status of any external switch or contact. Each input can be independently configured to be active high or low, activate an alarm, and/or activate a control. ATevo assigns each…
Software Configuration for Analog Inputs
Auxiliary Inputs/Outputs » Software Configuration for Analog Inputs
The Auxiliary I/O Board analog inputs are used to monitor, alarm, and/or report on the status of any external transducer or sensor. Each input can be scaled such that the value is reported in primary units (°C, Vac, etc.). The analog inputs can also generate alarms…