The SDC15 is a compact digital controller featuring group multirange inputs and a PID control system using the new "RationaLOOP PID (Ra-PID)" and "Just-FiTTER" algorithms.
Up to two control outputs (depending on the exact model) can be used, which are selectable from relay, voltage pulse, and current output.
The SDC25 is a digital indicating controller featuring multiple input types and a PID control system using the new "RationaLOOP" and "Just-FiTTER" algorithms.
Up to two control outputs (depending on the exact model) can be used, which are selectable from relay, voltage pulse, and current output.
The SDC26 is a digital indicating controller featuring multiple input types and a PID control system using the new "RationaLOOP" and "Just-FiTTER" algorithms.
Up to two control outputs (depending on the exact model) can be used, which are selectable from relay, voltage pulse, and current output.
The SDC35 is a digital indicating controller featuring multiple input types and a PID control system using the new "RationaLOOP" and "Just-FiTTER" algorithms.
Up to two control outputs (depending on the exact model) can be used, which are selectable from relay, voltage pulse, continuous voltage, and current output.
The SDC36 is a digital indicating controller featuring multiple input types and a PID control system using the new "RationaLOOP" and "Just-FiTTER" algorithms.
Up to two control outputs (depending on the exact model) can be used, which are selectable from relay, voltage pulse, continuous voltage, and current output.
The SDC45A is a highly advanced, high-precision compact digital indicating controller. It offers PID control using the latest "RationaLOOP" and "Just-FiTTER" algorithms.
Up to seven control outputs (depending on the mode) are available, selectable from relay contact, voltage pulse, triac (for position proportional output), current, continuous voltage, and transmitter power (24 Vdc).
The SDC46A is a highly advanced, high-precision compact digital indicating controller. It offers PID control using the latest "RationaLOOP" and "Just-FiTTER" algorithms.
Up to seven control outputs (depending on the mode) are available, selectable from relay contact, voltage pulse, triac (for position proportional output), current, continuous voltage, and transmitter power (24 Vdc).
The SDC45V is a highly advanced, high-precision compact digital indicating controller. A dual-input computation function can be used for each input and output processing unit, allowing sensor input changeover, control based on the average of 2 PV values, control output changeover, feed-forward control, override control, etc.
The SDC46V is a highly advanced, high-precision compact digital indicating controller. A dual-input computation function can be used for each input and output processing unit, allowing sensor input changeover, control based on the average of 2 PV values, control output changeover, feed-forward control, override control, etc.
The SDC45R is the high-accuracy model of the SDC45 line of digital indicating controllers. The SDC45R supports 4-wire Pt RTD input, enabling high-accuracy and high-resolution temperature measurement. The SDC45R meets the requirements for HVAC and high-accuracy chiller control in semiconductor and flat panel display manufacturing equipment and utilities.
The SDC46R is the high-accuracy model of the SDC46 line of digital indicating controllers. The SDC46R supports 4-wire Pt RTD input, enabling high-accuracy and high-resolution temperature measurement. The SDC46R meets the requirements for HVAC and high-accuracy chiller control in semiconductor and flat panel display manufacturing equipment and utilities.
The DMC10S is a modular 2- or 4-channel compact digital controller. Input is full multiple, supporting thermocouple, RTD, DC voltage and DC current inputs.
Connectors are used to link modules, so wiring for communications and power is not required. "Quick-FITTER Control", a high-speed recovery control function is provided as standard. This function enables quick recovery of setpoint temperature and overshoot suppression at the occurrence of disturbances.
The DMC10D is a modular 2- or 4-channel advanced-function digital controller. Input is full multiple, supporting thermocouple, RTD, DC voltage and DC current inputs.
Features include high accuracy (±0.3% FS), 0.1°C measurement for thermocouple input, heat/cool control, remote set point (SP) control and inter-channel deviation control for added stability.
The DMC10E is an event output module that adds event outputs for DMC10 series modular controllers. One event output module can be added to a group of connected modules.
The SDU10 is a compact operation display unit for the Modular Controller DMC10.
The SDU10 can be used as a monitor/operation device especially for on-site use in addition to use as a communications device with a personal computer, touch panel or other host device.
A "recipe" function enables DMC setup parameters (SP, P, I, D, etc.) that differ according to product lot to be stored internally on the SDU10 so that they can be batch changed by key operation, external switch input or remote communications.
The DCP31 is an advanced-function programmable controller supporting up to 19 program patterns to which thermocouple, resistance temperature detector (RTD), DC voltage and DC currents can be applied as input signals.
The DCP31 supports extensive digital I/O functions, including 3 event outputs, 5 time event outputs (optional) and 12 external switch inputs.
The DCP32 is a 2-loop advanced-function programmable controller supporting up to 19 program patterns to which thermocouple signals, resistance temperature detector (RTD) signals, DC voltage and DC current can be input. A temperature and relative humidity calculation model which controls temperature and relative humidity is also available.
The DCP32 supports extensive digital I/O functions including 3 event outputs, 5 time events (optional) and 12 external switch inputs (8 optional). RS-485 communications and two auxiliary outputs can also be added on as options.
The DCP551B Mark II is a programmable controller (up to 99 program patterns), to which thermocouple, resistance temperature detector (RTD), DC voltage and DC current can be applied as input signals.
Features include 16 event outputs, 16 remote switch inputs and optional communications input/output and auxiliary output.
The DCP552B Mark II is a two-channel advanced-function programmable controller (up to 49 program patterns), to which thermocouple, resistance temperature detector (RTD), DC voltage and DC current can be applied as input signals.
Features include 16 event outputs and 16 remote switch inputs.
The QN206/212 are current transformers used with DigitroniK temperature controllers to monitor load current.
These transformers initiate an alarm signal on partial failure of parallel-connected heating elements, and on total failure of series-connected elements.
Mold number:
SDC15, SDC25 , SDC26, SDC35, SDC36, SDC45A, SDC46A, SDC45V, SDC46V, SDC45R, SDC46R, DMC10S, DMC10D, DMC10E, SDU10, DCP31, DCP32, DCP551B, DCP552B. QN206/212
24. Azbil AT9000 Advanced Pressure Transmitter with Remote Diaphragm Seals
The AT9000 Advanced Transmitter lineup includes two ranges specifically designed for absolute pressure measurements of process piping, vacuum distillation columns and reactor vessels. Several wetted material combinations are available to meet the demands of your applications. High accuracy and fast speed of response make the AT9000 Absolute Pressure models perfect for your most critical applications.
SPECIFICATIONS
• Reference Accuracy: ±0.15% of span
• Long-term Stability: ±0.1% of URL for 10 years
• Speed of Response:
• SIL2 Certification from TUV per IEC 61508
• LCD Display: 5 digit, user configurable. Local Zero/Span adjustment optional
• Ranges
◦ GTX30A: 0 – 1.2” to 0 – 30” HgA
◦ GTX60A: 0 – 5 to 0 – 500 Pisa
• Isolating Diaphragms: 316L SS, ASTM B-575 (equivalent to Hastelloy C276)
BENEFITS
• Unique Characterization and composite semiconductor sensor provides high accuracyand stable operation for years to come.
• Wide rangeability means you can cover more of your applications with less inventory, saving you money.
• A diverse product offering, including measurment ranges, process connections, working pressure ratings and wetted parts materials are available to meet your requirements
• Fast Response time of under 100 msec makes the AT9000 suitable for pressure control in turbine applications
• User-customizable interface can measure and display in the units you decide are right for your application
• Bilingual communications capability (HART & DE Protocol) makes AT9000 the choice for plants with a mixed DCS installed base.
Specifications
•Reference Accuracy: up to +/-0.04% of calibrated span
•Long-term Stability: +/-0.1% of URL for 10 years
•Speed of Response: under 100msecs
•SIL2 Certification from TUV per IEC 61508
•LCD Dispaly: 5 digit, user configurable. Local Zero Span Adjustment optional
•Ranges:
◦GTX15D: -4" to +4" H2O
◦GTX30D/31D/32D: 0 - 2" to 0 - 400" H2O
◦GTX40D/41D/42D: 0 - 5 to 0 - 100 psid
◦GTX71D/72D: 0 - 35 to 0 - 2000 psid
•Isolating Diaphragms: 316L SS. ASTM B-575 (equivalent to Hastelloy C276)
Benefits
•Unique characterization and composite semiconductor sensor provides high accuracy and stable operation for years to come.
•Wide rangeability means you can cover more of you applications with less inventory, saving you money.
•A diverse product offering, including measurement ranges, process connections, working pressure ratings and wetted parts materials are available to meet your requirments
•Fast Response time of under 100 msec makes the AT9000 suitable for pressure control in turbine applications
•User-customizable interface can measure and display in the units you decide are right for your application
•Bilingual communication capability (HART & DE Protocol) makes AT9000 the choice for plants with a mixed DCS installed base.
SPECIFICATIONS
• Reference Accuracy: up to +/-0.04% of calibrated span
• Long-term Stability: +/-0.1% of URL for 10 years
• Speed of Response: under 100msecs
• SIL2 Certification from TUV per IEC 61508
• LCD Dispaly: 5 digit, user configurable. Local Zero Span Adjustment optional
• Ranges:
◦ GTX15D: -4" to +4" H2O
◦ GTX30D/31D/32D: 0 - 2" to 0 - 400" H2O
◦ GTX40D/41D/42D: 0 - 5 to 0 - 100 psid
◦ GTX71D/72D: 0 - 35 to 0 - 2000 Sid
• Isolating Diaphragms: 316L SS. ASTM B-575 (equivalent to Hastelloy C276)
25. Azbil AT9000 Advanced Transmitter for Gauge Pressure
Description
AT9000 Advanced Transmitter for Gauge Pressure
Overview
The AT9000 Advanced Transmitter lineup includes three ranges specifically designed for gauge pressure measurements of process piping and reactor vessels. Several wetted material combinations are available to meet the demands of your applications. High accuracy and fast speed of response make the AT9000 Gauge Pressure models perfect for your most critical applications.
SPECIFICATIONS
• Reference Accuracy: up to +/-0.04% of calibrated span
• Long-term Stability: +/-0.1% of URL for 10 years
• Speed of Response: under 100msecs
• SIL2 Certification from TUV per IEC 61508
• LCD Dispaly: 5 digit, user configurable. Local Zero Span Adjustment optional
• Ranges:
◦ GTX60G; 0 - 2.5 to 0 - 500psig
◦ GTX71G; 0 - 100 to 0 - 2000psig
◦ GTX82G; 0 - 100 to 0 - 6000psig
• Isolating Diaphragms: 316L SS. ASTM B-575 (equivalent to Hastelloy C276)
Overview
The AT9000 Advanced Transmitter Flanged Level models provide an accurate and economical way to measure liquid level in a variety of storage tanks and reactor vessels, both pressurized and unpressurized. Typical applications can be found in the Chemical, Hydrocarbon Processing and Pulp and Paper markets. ANSI flanges allow direct connection to the tank flange for quick and simple installation.
SPECIFICATIONS
• Reference Accuracy: up to +/-0.1% of calibrated span
• Long-term Stability: +/-0.1% of URL for 10 years
• SIL2 Certification from TUV per IEC 61508
• LCD Dispaly: 5 digit, user configurable. Local Zero Span Adjustment optional
• Ranges:
◦ GTX35F; 0 to 400" H2O
◦ GTX60F; 0 to 500 Sid
• Isolating Diaphragms: 316L SS. ASTM B-575 (equivalent to Hastelloy C276)
• Flange Ratings: ANSI 150#, 300# and 600#
• Available as Flush or with 2", 4", 6", 8", 10" or 12" extension.
ATT70 ThermoPLUS Advanced Temperature Transmitter
Overview
The Advanced Temperature Transmitter (models ATT60/70) is a field instrument that converts inputs from thermocouples, mVs, and RTD’s into analog (4 to 20mA) and digital signals and transmits them to receivers. Various parameters can be remotely set and self-diagnosis can be performed through the Smart Field Communicator (SFC). It can also execute two-way communications between the SFC, or HART® 375 communicator, and, via DE protocol, with the TDCS3000 or 3000X and a database, thus facilitating self-diagnosis, range re-setting, and automatic zero adjustment。
SPECIFICATIONS
See Specification Sheet for complete product details.
• Reference Accuracy: Dependent on Input Type, see specification
• Input Types: Thermocouple (J, K, T, N, S, R, E, B); RTD (Pt100); mV
• Output: 4-20mA
• Remote Communications; HART (375 or 475) or DE Protocol (SFC of CommPad)
• Cold Junction Compensation: Selectable between Internal and External
• Ambient Temperature Limits: -4 to 158 °F (-20 to 70 °C) with Display
• Enclosure Rating: NEMA 4X, IEC IP67
The Smart Pressure Transmitter model PTG is a high- performance, highly reliable gauge pressure transmitter. Based on Yamatake's proven Smart Transmitter technologies, the model PTG offers improved performance and reliability with size, weight and cost advantages. An optional, built-in digital indicator allows the pressure transmitter to be used in a wide variety of applications. The model PTG can also enable two-way communications between model SFC (Smart Field Communicator), or HART 375 or 475 communicator, and, via DE protocol, a TDCS3000 or 3000X and a database, thus facilitating self-diagnosis, range resetting, and automatic zero adjustment operations.
SPECIFICATIONS
• Reference Accuracy: ±0.2% of Span
• Ranges: five ranges covering 0 to 0.3pisg to 7250psig
• Process Connection: Standard 1/2" Female NPT, Optional 1/4" Female NPT (Others available as special order. See Specification Sheet for details.)
• Materials: Diaphragm-316L SS, Bonnet - 316 SS
• Response Time: 400msec
• Display: LCD 3.5 digits
• Enclosure: NEMA 4X, IP67
• Mounting: Direct Mount or 2" pipe mount
