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General| Brand | Metretek |
|---|---|
| Model | MTEK6000 Series |
| Category | Measuring Instruments |
| Language | English |
Information on UL/C-UL listing for use in hazardous locations.
Details on the MTEK6000 device's compliance with FCC rules.
Metretek's warranty policy for products against defects.
Available options to prevent unauthorized entry into the enclosure.
Instructions for examining and unpacking the MTEK6000 unit.
Procedures for initial inspection and verification of the unit.
Details on powering the MTEK6000 using battery or optional supplies.
Description of available optional power supply options.
Guidelines for physically mounting the instrument on a meter.
Procedures for adjusting output shaft rotation and input drive value.
Instructions for rotating the unit and index plate 180 degrees.
Information on masking the uncorrected counter for eight-digit counters.
Procedure for adjusting the magnet sensor clearance.
Details on how the MTEK6000 receives electronic pulses.
Instructions for mounting the MTEK6000 on a wall or pipe.
Description of the strain gauge pressure transducer and RTD.
Safety warnings and instructions for connecting pressure tubing.
Procedure for installing the temperature probe and related components.
Instructions for wiring the optically isolated pulse outputs.
Overview of RS-232C and modem communications.
Guidelines to help customers avoid surge damage to the MTEK6000.
How the unit enters and exits sleep mode to conserve battery life.
Description of the standard two-character label and value display.
Configuring the unit to activate alarms based on conditions or limits.
Procedure for viewing and clearing alarms using the magnetic scroll switch.
Details on the unit's RAM capacity for logging historical meter data.
Setting up initial configuration and operating parameter values.
How to access operating modes using the keypad or display.
Steps to enter configuration mode and edit parameter values.
How to assign parameters to function keys for quick access.
Recording parameter changes and calibrations for a secure log.
Configuring the unit to wake up based on a specified number of pulses.
Sampling dynamic analog input variables at selected intervals.
Key combinations for viewing system information and performing tasks.
User-configurable setting for the number of displayed digits.
Entering calibration mode to calibrate analog signals.
Step-by-step guide for calibrating the pressure transducer.
Step-by-step guide for calibrating the temperature transducer.
Guide for calibrating the differential pressure transmitter.
Description of the Analog Output Module and its interface.
Environmental, electrical isolation, and output specifications.
Instructions for connecting the AO module to the display/analog board.
Procedure for software-based calibration of the analog output signal.
Routine inspections to ensure integrity of the lid seal and ports.
Step-by-step instructions for replacing the unit's battery.
Importance of calibration and its software-based nature.
Overview of Metretek's software applications (pcGas, MTEKManager).
Description of the pcGas Meter Reader software for configuration.
Components of the pcGas Meter Reader Utility Package.
Software for viewing and reading history data stored in the unit.
Integrated utilities for configuration and management of MTEK6000.
Metretek's flagship collection and management software system.
Volume calculations based on the Ideal Gas Law, Boyle's Law, and Charles's Law.
Configuration for specific gravity and mol percent of CO2.
Configuration for specific gravity and mol percent of N2 and CO2.
Configuration for specific gravity, mol percent of N2 and CO2.
Enables or disables generic pulse output on alarm conditions.
Sets the rate for sampling analog input variables.
Enables or disables audit trail logging for parameter changes.
A factor used in Corrected Volume calculation, represents standard pressure.
Password to prevent unauthorized access to calibration mode.
Password to prevent unauthorized access to configuration mode.
Calculated corrected volume based on AGA report #7 or #8.
Enables or disables fault monitoring on the main counter #1.
Determines the volume unit represented by one input pulse.
Determines how often the flow rate gets updated in the EFC.
Setpoint determining when a High Flow Rate alarm condition is met.
Setpoint determining when a Low Flow Rate alarm condition is met.
Ratio indicating measurement accuracy of the meter.
Unique access code number for communicating with the unit.
Time in seconds the unit wakes up to execute processes.
Configurable units for volume, flow, pressure, and temperature.
Jumper settings for the modem section of the corrector board.
Jumper settings for selecting the power source for the unit.
Jumper settings to indicate if a temperature probe is installed.
Wiring and jumper configuration for Pulse Output 1.
Terminal usage for external analog transducer #2 connections.
Connections for external access to the mechanical index (Form C contacts).
FCC rules permitting direct connection to the telephone network.
Procedures for equipment malfunction repairs.
Industry Canada label identification for certified equipment.
Information regarding Ringer Equivalence Number (REN).
Contact information for Metretek's Repair & Return Department.
Seller warrants hardware against defects in material and workmanship for one year.
Description of TII's surge protection products and their construction.
Important notes regarding barrier approvals and wiring methods.
Indicates drawing meets certification requirements and should not be revised.
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