733A095B-1 ABB PGC2000 PCBA Modlue 4-20mA

733A095B-1  ABB PGC2000 PCBA Modlue 4-20mA
Catalog Description:

PCBA,Isolation Op Mod,I=4-20mA

Long Description:

PCBA, Isolation Output Module, Improved Accuracy, I = 4-20mA

ABB Type Designation:

Frame Size:Spare_Parts

Gross Volume:0 in³

Gross Weight:0.1 lb

Invoice Description:PCBA,Isolation Op Mod,I=4-20mA

Made To Order:No

Measurement Products Part Category:Controller

Minimum Order Quantity:1 EA

Order Multiple:1 EA

Package Level 1 Gross Weight:0.1 lb

Package Level 1 Units:1 EA

Part Type:New

Product Name:-

Product Net Weight:0 lb

Product Type:Spare_Parts

Quote Only:No

Selling Unit of Measure:each

Temperature Class Default:-65--

Two Speed Motor:No

WEEE Category:Product Not in WEEE Scope

PGC5000 and PGC1000 Series The replacement solution for ABB legacy GC’s (PGC2000, 3100) and third-party analyzers

The ABB PGC5000 Series process gas chromatograph is based on over 50 years of innovation in on-line process gas chromatographs. It simplifies gas chromatography and increases reliability. The PGC5000 Series has been designed for distributed control across multiple analytical Smart Ovens for limitless application approaches, offering a flexible platform for installation and a cost-effective alternative to traditional process gas chromatographs. The PGC5000A Master Controller provides all analyzer system control functions for all the PGC5000 ovens. It offers a modern 10.4 inches Color Super VGA touch screen HMI that is highly graphical and logically laid out for ease of use. The exact same HMI design is offered on any networked PC. There are two oven models, PGC5000B and PGC5000C, with a complete line of detectors (TCD, FID, FPD and DBDID) and valves (vapor or liquid injection) to design and produce the best possible analytical measurement. Both analytical oven models have the options for airbath or airless design and Integrated Controller. The PGC5000B oven has a smaller footprint and targets applications that require 1 or 2 detectors, with up to four analytical valves. The PGC5000C oven is 28% larger than the PGC5000B oven, allowing application design flexibility. Targeting more complex applications, it can accommodate up to 3 detectors and 7 analytical valves. PGC5000 benefits: • Multiple Oven to Controller Configuration - The PGC5000 has the unique flexibility to connect up to 4 ovens to a single PGC5000A Master Controller, allow for a smaller shelter installation footprint and simplified application hardware configurations. Each oven is independently controlled allowing maintenance on one or more while the others continue to operate saving valuable technician time. • Legacy Products and Backward Compatibility - The PGC5000 represents a modern electronics and communication backbone design for a long product life cycle. While it is a necessary departure from legacy products, the PGC5000 is fully backwardly compatible with the PGC2000 and PGC3100 as ABB has the capability of seamlessly connecting all three on the same network further enhanced by the STAR Data Management System (DMS). This provides for cost effective migration of legacy to stateof-the-art products. • Obsolescence Management - The PGC5000 was designed with electronic component obsolescence management as a requirement and represents the most modern PGC design on the market. The CANopen communication protocol over CANbus is an industry standard, versus proprietary protocols such as I2C, widely used in the industries of aeronautical, naval, and automotive, meaning it will be supported for a very long time. The distributed PCB CANbus control design of the PGC5000 ensures the reality of electronic component obsolescence is easily and quickly managed guaranteeing a long life for the product.

• System Diagnostics - The PGC5000 has acomprehensive Condition Monitoring Systemavailable through both the Local and RemoteUIs. The CMSprovides the user with a highlyconfigurable, rich set of alarms and indicatorsthat reach all the way down to the lowestcomponent levels (PCBs,detectors, EPC etc.)enabling complete system diagnostics for rapidtroubleshooting and maintenance.
• Digital Sample System - The PGC5000 connectsover fiber optic via intrinsically safe CANbuscommunication to all digital SHS components,including stream switching valves andmultivariate flow indicators. The PGC5000locally and remotely displays on its UI criticalSHS parameters including analyzer flow, bypassflow, bypass filter pressure drop and streamtemperature. All these values are displayed onthe PGC5000 and can be alarmed onwith aModbus signal to the DCS.
• Serviceability - All hardware component accesspoints are from the front of the analyzer. Theeasily removed doors promote open access intotheoven electronics.
• PGC5007 Total Sulfur GC - The PGC5007employs a field proven combination ofhardware and application experience, providinga simple, direct and robust measurement ofTotal Sulfur and hydrogen sulfide (H2S) in vaporor liquid process streams. The PGC5007B isbased and built according to AS™ methodD7041-04(2010), online analytical method withprecision and bias data 2-5 times better thanany analytical technique for total sulfurmeasurements.
• PGC5009 Fast Process GC - The PGC5009represents the best in process analytics forsimulated distillation analysis using fasttemperature programmed processchromatography. With a patented design, thePGC5009 allows users to obtain a completestream distillation profile in less than 5minutes.The fast output of the technique allows theusers to extract a much higher and accurateinformation from a stream compared totraditionaltechnologies, enabling tight andeffective process control.The PGC5000 with Airless Oven option operatesthe same as the standard PGC5000 and it differsfrom other ovens in the means of heating thecomponents within the oven. The Airless Ovenblower circulates the ambient airinside the oventhrough the thermal exchange block. The heatedair exits the back of the thermal exchange blockat the rear of the oven, where a deflector platedirects the air flow toward the top of the oven.The blower pulls this air down the front of theoven and forces it back through the thermalexchange block. The Airless Oven option is a greatcost savings solution due to non-consumption ofinstrument air.