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General| Brand | SPARLING |
|---|---|
| Model | TigermagEP FM656 |
| Category | Measuring Instruments |
| Language | English |
Describes the components of the flowmeter, including sensor and transmitter.
Explains the measurement based on Faraday's Law of Magnetic Induction.
Details how conductive liquids are measured using magnetic fields.
Discusses direct voltages from galvanic elements on electrodes and liquid.
Explains voltage induced in electrode cables within the magnetic field.
Covers potential differences from grounding and conductive pipes.
Illustrates the internal circuitry and signal flow of the TigermagEP meter.
Details the construction of various TigermagEP sensor models and their materials.
Describes the integrated transmitter housing, NEMA ratings, and connections.
Explains remote mounting benefits and cable requirements for optimal performance.
Covers power, fuses, wire size, accuracy, reference conditions, repeatability, and power consumption.
Details output signals, minimum conductivity, flow direction, and alarm outputs.
Specifies velocity ranges, ambient and process temperature limits, and storage limits.
Outlines meter construction, protection ratings (NEMA), and electrical ratings.
Provides a table of nominal full-scale flow rates for different meter sizes.
Presents a table detailing the weight of various meter models and sizes.
Shows diagrams illustrating the physical dimensions of different meter models.
Contains detailed dimension data for various meter sizes and types.
Outlines procedures for inspecting equipment upon receipt for damage or shortages.
Provides guidelines for storing the equipment in a clean, dry environment.
Details the process and requirements for returning equipment to the factory.
Discusses liquid conductivity requirements and flow rate impact on accuracy.
Guides on choosing an optimal installation location with adequate clearance and accessibility.
Explains the design of the electrodes and their sealing mechanism.
Discusses when electrode replacement is necessary due to physical damage.
Step-by-step instructions for safely removing hot-tap electrodes.
Step-by-step instructions for correctly installing hot-tap electrodes.
Criteria for determining when electrodes need replacement.
Installation procedures for wafer-style sensors between pipe flanges.
Installation procedures for flanged sensors, emphasizing gasket use.
A table listing compatible gasket materials for different liner types.
Lists nominal and actual internal diameters for various meter sizes.
Provides torque, flange, and bolt specifications for ANSI/AWWA and DIN standards.
Visual guide illustrating correct and incorrect gasket installation for wafer sensors.
Shows recommended sensor orientations (vertical, horizontal) and maximum tilt.
Details maximum allowable misalignment for different sensor sizes.
Visual guide for gasket installation on flanged sensor models.
Illustrates sensor mounting orientations for flanged models.
Grounding methods for sensors installed in unlined metal pipelines.
Grounding methods for sensors in plastic or lined pipelines, or low conductivity liquids.
Grounding considerations for pipes with cathodic protection systems.
Guidelines for proper conduit connections to maintain enclosure integrity and warranty.
Instructions for connecting power supply to the I/O PCB terminals.
Details on connecting external loads to analog and digital outputs.
Explains when remote mounting is required or recommended for optimal performance.
Guidance on conduit installation for remote enclosures to prevent moisture entry.
Diagram of the Tigermag EP motherboard layout showing component connections.
Diagram showing motherboard connections for the fault alarm relay option.
Detailed instructions for making signal connections on the motherboard and remote PCB.
Lists checks to perform before applying power to the flowmeter.
States that meters are factory calibrated and how to check current levels.
Provides general guidelines and pre-troubleshooting checks for meter operation.
Guidance on correctly aligning the electronics module during installation.
Instructions for replacing the E²PROM chip on the coil PCB.
Overview of the TigermagEP display and controls for programming.
Instructions on how to input data and navigate menus using the Mag-Command probe.
How to access and use the batching functions if equipped.
Procedure to display meter model, firmware, serial number, and other data.
Details on entering and changing the meter's access password.
Guide to rescaling flow rate units, defining conversion factors, and setting full scale.
How to enable or disable lockout modes for programming changes.
Configuration of high and low flow alarms based on percentage of full scale.
Options to set totalizer for forward, forward/reverse, or net flow.
Choosing engineering units for totalization display and scaling.
Setting the starting number for the totalizer.
Procedures for zeroing or resetting the totalizer values.
Selecting the pulse width for totalizer output signals based on external device needs.
Control for turning the display backlight on or off.
Reversing the default flow direction setting and its impact.
Configuring the Empty Pipe Detection (EPD) control for output behavior.
Selecting communication protocols like Sparling, HART, or disabling interface.
Adjusting damping for the display to smooth readings.
Adjusting damping for the current output signal.
Setting a minimum flow rate below which outputs are forced to zero.
Checking HART communication status if the meter is equipped.
Testing coil drive current to ensure it is within operational ranges.
Verifying the 4-20 mA output loop for accuracy and proper function.
Calibrating the 4-20 mA output for zero flow and full scale.
Setting or verifying the frequency output for compatibility with other devices.
Simulating 75% of full scale to test outputs, with a warning about totalizer alteration.
Performing an internal self-check to verify electronics performance against preset values.
Overview of the TigermagEP batcher interface and programming controls.
Instructions on how to enter the batch programming mode.
Batching-related operations including batch on/off, alarms, and count direction.
Enabling or disabling the batching functions and their impact on alarms.
Setting high and low flow alarms for batching operations.
Configuring the totalizer to count forward, reverse, or net flow.
Batching operations for selecting total units and conversion factors.
Choosing engineering units for batch totalization.
Defining custom three-character abbreviations for totalizer units.
Entering the conversion factor for user-defined totalizer units.
Wiring and PC setup instructions for RS232 communication with the meter.
Wiring and setup details for RS-485 communication, including termination.
Information on Modbus RTU communication, settings, and reference numbers.
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