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General| Brand | Signet |
|---|---|
| Model | 8900 |
| Category | Controller |
| Language | English |
Technical details on input, measurement types, relays, and general system capabilities.
Physical size and mounting panel requirements of the controller unit.
Information on case material, gasket, window, keypad, and display characteristics.
Power requirements for AC and DC modules, and output power to sensors.
Lists compatible sensors and external relays for the 8900 system.
Describes the basic system components and their arrangement in the enclosure.
Lists items included with the 8900 base unit and unpacking instructions.
Lists necessary tools for installation and panel mounting.
Details on I/O module types, functionality, and connections for sensor inputs and outputs.
Information on AC and DC power modules for the 8900 controller.
Describes optional output modules for analog signals (4-20mA, 0-5/10VDC).
Details on optional internal relay modules (dry-contact and solid-state).
Information on optional external relay modules for expanded relay capabilities.
Instructions and requirements for mounting the 8900 in a panel cutout.
Details on accessories like splashproof covers, panel adapters, and wall mount brackets.
Explains frequency input wiring, cable length, and sensor compatibility.
Instructions for wiring digital (S³L) sensors, including daisy-chaining.
Guides for calculating maximum digital bus cable length based on current and gauge.
Illustrates various wiring configurations for digital (S³L) sensors.
Diagrams showing AC and DC power module connections.
Wiring diagrams for analog output modules (4-20mA, 0-5/10VDC).
Wiring for internal relay modules (solid-state and dry-contact).
Wiring for external relay modules connected via the digital bus.
Explains the function of each keypad button in different operational modes.
Illustrates the navigation between the 8900's display modes and menus.
Details how to view installed modules and configure the system.
Describes accessing the main system menus like Setup, Channel Settings, etc.
Guides the user through assigning specific measurement types to input channels.
Explains how the 8900 detects and lists connected digital sensors upon startup.
Describes how sensors are automatically assigned to channels based on type and hierarchy.
Details how displays are automatically configured for each channel type.
Covers additional displays for totalizers, analog outputs, and relay status.
Explains how results from derived functions are displayed.
Configuration options for flow channels, including units, K-Factor, and totalizers.
Configuration options for pH channels, including units, setpoints, and averaging.
Configuration options for ORP channels, including setpoints and averaging.
Configuration options for conductivity channels, including units, TDS, and temp compensation.
Configuration options for pressure channels, including units, setpoints, and averaging.
Configuration options for temperature channels, including units and averaging.
Configuration options for level channels, including units, percentage display, and offset.
Configuration for channels using a 4-20mA input signal, such as dissolved oxygen.
Options for setting hold duration and managing held input states for process control.
General description of internal and external relay operating modes like Low, High, Window.
Detailed settings for configuring individual relays (source, mode, setpoints, hysteresis, delay).
Explains programming relays using multiple conditions and Boolean logic operators.
Settings for assigning sources, ranges, and test operations for analog outputs.
Procedures for volumetric and rate-based calibration of flow channels to determine K-Factor.
Procedures for calibrating pH sensors using standard and slope methods.
Procedures for calibrating ORP sensors using standard and slope methods.
Procedures for calibrating conductivity and temperature sensors.
Procedures for zero and pressure calibration of pressure sensors.
Procedures for calibrating temperature sensors.
Procedures for calibrating level sensors.
Settings for contrast, auto scroll, function types, cloning, language, and memo.
Information on standard/enhanced passwords and reset procedures for security.
Explains calculations for Ratio, Difference, Sum, Passage, Reject, and Recovery.
Defines zero reference point, sensor location, offset, and level measurement concepts.
Details custom vessel configuration and technical references for level/volume calculations.
Explains temperature effects, compensation, TDS factor, and calibration procedures.
Describes how to use USP limits for pharmaceutical water conductivity monitoring.
Steps for designating controllers and wiring them for data cloning.
Steps for configuring and executing the cloning process between controllers.
Guide for configuring the 8900 to calculate Power and Energy (BTU) from flow and temperature.
Lists and describes various messages displayed by the 8900 for user notification.
Lists part numbers, codes, and descriptions for ordering units and accessories.
