HONEYWELL 51196655-100 ACX633

Product Details

Product Description

Product Description
Brand:HONEYWELL
Type:51196655-100 ACX633
Origin: the United States
Warranty: 365 days
Colour: new/used
Shipping method: Courier delivery
Module of PLC, DCS, ESD system card, the card is a vibration monitoring system, steam turbine control system module, the advantages of the gas generator spare parts brand: Allen Bradley, BentlyNevada, ABB, Emerson Ovation, Honeywell DCS, Rockwell ICS Triplex, FOXBORO, Schneider PLC, GE Fanuc, Motorola, HIMA, TRICONEX, Prosoft etc. Various kinds of imported industrial parts
Our main products are widely used in metallurgy, petroleum, glass, aluminum manufacturing, petrochemical industry, coal mine, papermaking, printing, textile printing and dyeing, mechanical, electronic manufacturing, automobile manufacturing, plastic machinery, electric power, water conservancy, water treatment/environmental protection, boiler heating, energy, power transmission and distribution and so on.
Set the setpoint initialization value followed by ENTER. When not using the Extr/Adm Enable function, this is the value that the auxiliary setpoint initializes to upon power-up or exiting the program mode. (Must be less than or equal to the ‘Max Extr/Adm Setpoint’ Setting) EXTR/ADM DROOP (%) dflt= 0.0 (0.0, 100) Enter the droop percentage followed by the ENTER key. If required, typically set between 4-6%. PID PROPORTIONAL GAIN (%) dflt= 1.0 (0.0, 100) Enter the Extr/Adm PID proportional gain value followed by ENTER. This value is used to set auxiliary control response. This value can be changed in the Run Mode while the turbine is operating. If unknown, a recommended starting value is 1%. PID INTEGRAL GAIN (%) dflt= 0.3 (0.001, 50) Enter the Extr/Adm PID integral gain value, in repeats-per-second (rps), followed by ENTER. This value is used to set extr/adm control response. This value can be changed in the Run Mode while the turbine is operating. If unknown, a recommended starting value is 0.3 rps. PID DERIVATIVE RATIO (%) dflt= 100 (0.01, 100) Enter the Extr/Adm PID derivative ratio followed by ENTER. This value is used to set extr/adm control response. This value can be changed in the Service Mode while the turbine is operating. If unknown, a recommended starting value is 100%. TIEBRKR OPEN E/A DISABLE ? dflt= YES (Yes/No) Select YES followed by ENTER if the extr/adm control will be disabled when the utility tie breaker opens. If NO is selected, then extr/adm control will not be disabled when the utility tie breaker is opened.
GENBRKR OPEN E/A DISABLE ? dflt= YES (Yes/No) Select YES followed by ENTER if the extr/adm control will be disabled when the generator breaker opens. If NO is selected, then extr/adm control will not be disabled when the generator breaker is opened. E/A SPEED ENBL SETTING dflt= 1000 (0, 20000) Value of speed as a permissive for enabling Extr/Adm control. The speed must be above this setting before control with be active. USE REMOTE SETTING? dflt=NO (Yes/No) Set to YES to allow the Extr/Adm setpoint to be adjusted from an analog input. (Must program a ‘remote extr/adm setpoint’ analog input) REMOTE SETPT MAX RATE dflt= 5.0 (0.01, 1000) Set the extr/adm setpoint rate followed by ENTER. This value is the rate (in units per second) at which extr/adm setpoint moves when adjusted. EXT/ADM UNITS OF MEASURE (must choose from list) Options: psi #/hr kPa kg/hr kg/cm² bar t/h atm k#/hr (none) Extraction / Admission Before configuring the extraction/admission map, read the Steam Map description below. This discusses steam maps and how to convert your steam map information into a format usable by the 505E control. The steam map is a graphical representation of the operating range and limitations of an extraction and/or admission steam turbine. This map is often called a steam envelope, since normal turbine operation must be contained within the envelope lines. The 505E uses the values programmed to calculate the turbine’s internal pressure ratios and limits. In order to get these values from your steam map, you must first check the following conditions and, if necessary, modify the map so it meets these conditions: • The map must be linear (all lines straight). • Lines extraction/admission flow = 0% and extraction/admission flow =100% must be parallel, and lines LP valve = 0% and LP valve = 100% must be parallel. If your envelope lines are not all straight and parallel (conditions 1 and 2), redraw the envelope so that they are (use graph paper). Make sure your redrawn envelope approximates the old envelope as closely as possible. The lines on the envelope define the operating characteristics of your turbine. Refer to the example steam maps in this manual. The different lines or limits of a Steam map are: • The horizontal axis shows turbine power (S). • The vertical axis shows HP valve position (HP). • The vertical line called S=100 is the maximum power limiter. This limiter prevents turbine operation beyond the maximum power limit. • The horizontal line called HP=100 is the maximum HP flow limiter. The HP flow limiter prevents turbine operation beyond the desired maximum HP flow limit.