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General| Brand | Kaco |
|---|---|
| Model | Powador-proLOG |
| Category | Data Loggers |
| Language | English |
Guidance on other relevant assembly and installation documents for the system components.
Instructions for passing on the operating instructions to the system operator and ensuring their availability.
Explains the meaning of safety symbols and instructions included in the document.
Details the CE marking and its compliance with relevant EU directives for electromagnetic compatibility and low voltage.
Indicates the location of the unit's designation on the name plate on the left side of the housing.
Warning about lethal voltages within the unit and power supply lines, requiring authorized electricians for installation.
Lists relevant standards such as IEC 60364-7-712:2002 for solar PV power supply systems.
Emphasizes that installation must comply with on-site conditions, local regulations, and technical rules.
Outlines safety measures for connecting monitoring systems and handling cables, including disconnection from power sources.
Warns against improper modifications or opening the data logger, which can lead to damage.
Defines the Powador-proLOG's purpose for solar power system monitoring and lists prohibited uses.
Details the two-year warranty, exclusions, and procedures for warranty claims.
Provides contact information for the service department to address faults and ensure timely repairs.
Specifies the operating (0°C to +55°C) and storage (-20°C to +65°C) temperature ranges for the unit.
Lists power supply, modem options, analogue/digital inputs/outputs, and power consumption details.
Details the accuracy for voltage and current measurements, typically 1% of the end value.
Lists available communication interfaces including Analogue, ISDN, Ethernet, GSM/GPRS, and RS485.
Provides physical dimensions, installation types (top hat rail/wall), protection rating (IP20/IP21), and weight.
Describes the unit's lithium battery type (Li2032) with a shelf life of over 10 years and service life over 5 years.
Details how alarms can be notified via Ethernet, Analogue, ISDN, and GSM/GPRS modem types.
Provides guidelines for selecting a suitable installation location, avoiding damp areas, moisture, and direct sunlight.
Instructions for mounting the Powador-proLOG S on a top hat rail and the M/L/XL models on a wall.
Introduces the various connection ports available on the unit for different modules.
Explains the integrated power supply and the need for a fuse (e.g., B6A) for the 230V grid connection.
Instructions for connecting the GSM antenna to the unit, typically on the left side.
Details on connecting up to 100 current sensors (Powador-go) for monitoring inverters without RS485.
Guidance on installing and testing analogue or ISDN modems, including telephone line checks.
Explains how to use the unit's internal 24V supply to power external sensors, with a maximum current limit.
Information on connecting the unit to an Ethernet network for communication.
Instructions for connecting inverters and sensors via RS485, including bus length and termination.
Details how the digital output can be used as an alarm output or pulse output for displays.
Explains the configuration of analogue inputs for voltage/current measurement and digital inputs for counter pulses.
Provides details on connecting displays or signaling devices to the DO output and configuration settings.
Offers important notes on analogue/digital input polarity, voltage limits, and optional conversion for status evaluation.
Illustrates the wiring diagram for connecting solar sensors and energy counters to the Powador-proLOG.
Instructions for using the KACO power control function, including adapter board installation and ripple control receiver connection.
Explains the jumper settings for the DO output to control the OPTO or BEEPER mode.
Describes jumper settings for RS485 communication, enabling Powador-only or Powador+Powador-go operation.
Details jumper settings for the 24V external connection, controlling power source for Powador-go units.
Guides through the initial procedure of switching on the unit and checking status LEDs.
Explains how to use the Powador-web service, including configuration by KACO new energy GmbH.
Outlines configuring the unit using the Installation Wizard or the Profi page without Powador-web.
Introduces the XL version's display and its integrated functions for settings and querying values.
Explains the meaning of the Power, Status, Connect, and Alarm LEDs indicating unit status.
Details how to navigate through the Powador-proLOG XL display menu using the EXIT, DOWN, UP, and ENTER buttons.
Provides a detailed breakdown of the menu structure for the Powador-proLOG XL, covering various settings.
Explains Ethernet IP address, subnet mask, and gateway settings.
Covers field strength display and communication settings for GSM/GPRS.
Information on network settings, language selection, and data logger functions.
Details communication settings like DHCP, BOOTP, RARP, and static IP addresses.
Allows selection of the user interface language for the device.
Options for inverter settings, scan process, power control, and factory resets.
Configuration for modem, ISDN, and GSM settings, including IP addresses and PIN codes.
Further details on data logger settings like inverter settings and power control activation.
Displays current measured values for analogue inputs, digital values, sensors, and inverters.
Shows total power, energy fed in, and system alarms/faults.
Lists system alarms, communication faults, hardware issues, and inverter response errors.
Recommendations for optimal operation and requirements for GSM/GPRS data cards.
Step-by-step guide on how to open the housing and insert the SIM card into the unit.
Instructions for connecting the included GSM antenna to the unit's designated port.
Steps for starting the unit, setting the PIN, and checking the reception status on the display.
Lists the necessary PC hardware (modem/Ethernet) and software (browser, JavaScript) for communication.
Explains how to establish a direct connection to the Powador-proLOG via an Ethernet network.
General instructions for setting up a dial-up connection via modem for different operating systems.
Step-by-step guide to setting up a dial-up connection using the Dial-Up Networking feature in Windows 95/98.
Details on configuring the dial-up server type, network protocols, and IP settings for Windows 95/98.
Step-by-step guide to setting up a dial-up connection using the Network and Dial-up Connections feature in Windows 2000.
Instructions for configuring connection details, including selecting the modem and entering the telephone number in Windows 2000.
Step-by-step guide to setting up a dial-up connection using the New Connection Wizard in Windows XP.
Instructions for configuring connection details, including selecting the modem, network type, and connection name in Windows XP.
Details on configuring connection properties, including IP address and DNS server settings for Windows XP.
Final steps for completing the connection setup and accessing the Powador-proLOG start page via a browser.
Important notes regarding Java activation, browser settings, and firewall permissions for the Powador-web service.
Warns that changes in the menu can cause malfunction and advises consulting an administrator or KACO.
Describes the start page content, including hardware overview, monitoring, and system parameters.
Provides instructions on how to log in as a system administrator via the dial-in page.
Displays measured values from connected sensors, counters, and inverters.
Shows selected digital input values and provides details for digital inputs, including current power and meter readings.
Displays the current measured values for connected current sensors (Powador-go).
Provides an overview of connected inverters, their status, and accumulated measured values.
Shows detailed measured values for individual inverters, selectable from a drop-down list.
Presents an overview of possible alarm statuses and system alarms, including plant messages and inverter status.
Covers system configuration aspects, including plant data entry and alarm message sending settings.
Allows configuration of plant messages, including status, alarm type, target, and counter settings.
Details failure messages, inverter monitoring settings, and alarm notification configuration.
Covers various system configuration settings, such as storage interval, orientation, and language.
Section for entering operator, system power, module types, and orientation data for system overview.
Defines default contacts for receiving alarm messages, including company, address, and email details.
Allows setting the system time and date, which directly affects data logging accuracy.
Configuration section for network settings, including PPP server, caller IP, and LAN interface parameters.
Details static IP address, netmask, gateway, DNS server, MSN, and test contact settings.
Configuration for Internet access points, including provider settings, access number, user name, and password.
Settings for sending email messages via SMTP and POP3 servers, including IP addresses and recipient details.
Option to synchronize alarm messages with the portal for accessibility in alarm management.
Allows defining up to four additional contacts for fault alerts, supplementing the standard contact.
Configures the digital output for inactive, alarm output, or counter output modes, including pulse constant settings.
Settings for sending SMS messages, including SMS server designation, phone numbers, and prefixes.
Configuration of plant messages, defining status, alarm type, target, and counter settings for monitoring.
Settings for inverter monitoring, including alarm notification types (fax, email, SMS) and destinations.
Defines monitoring criteria and alarm conditions using formulas, including designation, status, and delay.
Used to evaluate analogue/digital inputs and send alarms based on defined criteria.
Section dedicated to configuring measurement parameters for various channels.
Configuration of analogue channels, allowing selection of sensor type, status, designation, and units.
Configuration of digital channels, including status, designation, units, and pulse constant for energy measurement.
Information on using extension modules to increase the number of inputs on the Powador-proLOG.
Options for adding, deleting, and managing current sensors, including address changes.
Functionality for administering the system by adding or deleting inverters.
Enables switching the KACO power control function on and off, displaying its current status.
Allows correction of energy values displayed in online values for digital channels.
Enables correction of energy values displayed for all inverters in the online overview.
Menu item to synchronize the system time on the Powador-proLOG with an external source.
Introduces the section providing practical examples for system configuration.
Explains the calculation rule for the relationship between measured voltage and physical value.
Details the calculation for voltage input, including instantaneous channel value, gradient, and offset.
Provides an example calculation for voltage input, including gradient and offset determination.
Explains the calculation rule for the relationship between measured current and physical value.
Presents the equation for converting pulses from a digital input to power.
Demonstrates how to implement system monitoring using an alarm criterion example.
Explains the relationship between irradiance and generated power, including efficiency factors.
Illustrates the irradiance-power relationship graphically and defines the valid range for measured values.
Details programming criteria for comparing inverter energy yields and triggering alarms based on deviations.
A comprehensive list of measured values, their abbreviations, and corresponding units used in the system.
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