To Next Page
A
avazquezAug 14, 2025
What to do if an upgrade error has occurred in TechnipFMC Measuring Instruments?
- AAaron SextonAug 15, 2025
If an upgrade error occurs, retry the firmware update.
What to do if an upgrade error has occurred in TechnipFMC Measuring Instruments?
If an upgrade error occurs, retry the firmware update.
What to do if a firmware error has occurred in TechnipFMC Smith Meter AccuLoad IV Measuring Instruments?
If a firmware error has occurred, retry the firmware update.
How to fix a firmware cyclic redundancy check (CRC) error on TechnipFMC Smith Meter AccuLoad IV Measuring Instruments?
If a firmware cyclic redundancy check (CRC) error occurs, retry the firmware update.
What to do if a TCP timeout has occurred with TechnipFMC Measuring Instruments?
If a TCP timeout has occurred, check the connection between BBB and the Ethernet port, and replace the hardware.
What to do if the Bootloader has an active error in TechnipFMC Measuring Instruments?
If the Bootloader has an active error, replace the board.
What to do if a hardware failure has occurred in the Bootloader of TechnipFMC Smith Meter AccuLoad IV?
If a hardware failure has occurred in the Bootloader, the board must be replaced.
What to do if a hardware failure has occurred and the processor is unable to read memory in TechnipFMC Smith Meter AccuLoad IV?
If a hardware failure has occurred and the processor is unable to read memory, the board must be replaced.
What to do if a hardware failure involving a Bootloader CRC error has occurred in TechnipFMC Smith Meter AccuLoad IV Measuring Instruments?
If a hardware failure involving a Bootloader CRC error has occurred, the board must be replaced.
What to do if a hardware failure involving an unprogrammed media access control (MAC) address has occurred in TechnipFMC Smith Meter AccuLoad IV?
If a hardware failure involving an unprogrammed media access control (MAC) address has occurred, the board must be replaced.
General| Model | AccuLoad IV |
|---|---|
| Manufacturer | TechnipFMC Smith Meter |
| Category | Measuring Instruments |
| Display | LCD with backlight |
| Enclosure Rating | NEMA 4X, IP66 |
| Communication Protocols | Modbus, Ethernet |
| Power Supply | 24 VDC |
| Inputs | Analog, digital, pulse |
| Outputs | Digital, Analog, Relay |
| Operating Temperature | -40°C to 70°C |
| Capacity | Varies depending on application |
Provides 24/7 technical support and scheduling for technicians. Offers system installation supervision.
Contact information for TechnipFMC Customer Service, including address and email for inquiries.
Overview of the AccuLoad IV's capabilities in liquid petroleum blending and transfer operations.
Details on the availability of AccuLoad IV in various hardware configurations and optional modules.
Information on standard and optional electronic modules for the AccuLoad IV, including functions and capacities.
Essential warnings and cautions to reduce the risk of injury, equipment damage, or malfunction during installation.
Approvals and installation requirements for ST and QT models in explosive environments.
Procedures to minimize damage to electronic components caused by electrostatic discharge (ESD).
Information regarding radio frequency energy generated by the AccuLoad and potential interference.
Guidance on the necessary configuration of the AccuLoad IV prior to operation for specific installations.
Recommendations for installing the AccuLoad in areas with high temperatures or humidity.
Recommendations for physically mounting the AccuLoad, including support and access.
Guidelines and precautions for the electrical installation of the AccuLoad, adhering to local codes.
Tables detailing typical wire sizes, cable lengths, and baud rates for various connections.
Mandatory requirements for electrical installation by qualified personnel in hazardous locations.
Specific information for installing ST and QT models with explosion-proof enclosures.
Information specific to AccuLoad ST and QT models for installation in Brazil requiring INMETRO standards.
Installation requirements for AccuLoad IV N4 and SA equipment in North American Division 2 zones.
Wiring information and diagrams for SA model units and AccuLoad electronic modules.
Details on the Field Control Module (FCM) unit, its board sets, and components for the SA model.
Information on the Man-Machine Interface (MMI) units, including standard and optional components.
Description of the Touch-screen Human-Machine Interface (THMI) module and its connections.
Details on the A4M main input/output board, its layout, and replaceable parts.
Detailed diagram of the A4M board's I/O connections and terminal assignments.
Information on S1 and SW2 DIP switch settings on the A4M board for configuration and special functions.
Description of the A4B board, providing I/O expansion for QT and SA models.
Details on the A41 optional module, its capabilities, and maximum usage on AccuLoad models.
General guidelines and best practices for wiring the AccuLoad IV and its modules.
Information on the two AC power inputs for the AccuLoad A4M board and their purposes.
Details on the 24 VDC power supply from the A4M module for standard and optional components.
Explanation of how the AccuLoad counts pulses from meters in single, dual, and integrity modes.
Description of analog I/O modules that can be inserted into the A4M board for sensor interface.
Diagrams illustrating common wiring configurations for digital and analog I/O connections.
Recommended networking strategy and wiring for AccuLoad communication interfaces.
Details on setting up Ethernet connections for ST, N4, QT, and SA models.
Information on the AccuLoad's four serial ports, terminal locations, and wiring diagrams.
Configuration options for the AccuLoad's pulse output capabilities, including frequency ranges.
Overview of connection points for various meters like PRIME 4, Genesis, UPT, and Promass.
Specific I/O connection points for linking Smith Meter PRIME 4 meters to the AccuLoad.
Specific I/O connection points for linking Smith Meter Genesis meters to the AccuLoad.
Connection details for the Smith Meter Universal Pulse Transmitter (UPT).
I/O connections for Promass 80, 83, and 84 Coriolis meters, including single and dual-channel.
Guidance on selecting pulse input connections based on meter type and configuration.
Tables detailing pulse input assignments for ST and N4 models with varying product meter counts.
Tables detailing pulse input assignments for QT and SA models with varying product meter counts.
Usage of A41 module inputs for additive meter pulses or DC digital inputs.
Process for retrofitting an A41 board onto an A4M board assembly using specific retrofit kits.
Steps to properly seal the AccuLoad ST or QT unit for safe operation in Division 1, Zone 1 environments.
General information on using standard seal wires to seal all AccuLoad enclosures.
Procedure for threading sealing wire through specific cover bolts on ST and QT models.
Method for threading sealing wire through cover-locking clamps on NEMA 4 enclosures.
Flame-path inspection criteria for maintaining AccuLoad ST and QT models with explosion-proof enclosures.
Maintenance recommendations for ST/QT models in corrosive environments, including washing and painting.
Maintenance for N4/SA models in corrosive environments, focusing on stainless steel finish and washing.
Cleaning and replacement procedures for the AccuLoad IV's protective screen layer.
Step-by-step instructions for replacing the AccuLoad IV's backup clock battery.
Using LED diagnostic codes on A4M, A4B, and A41 boards to identify and resolve issues.
Guidelines for returning circuit boards using a Return Merchandise Authorization (RMA) process.
