ABB INIIT13

Description

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ABB INIIT13 High quality performance completes the system task. Set the last calibration date to the current date and reset the calibration reminder if this is enabled.

c. Automatically return to the normal selected state, however, the

inhibit on the control card will remain active.

d. If the displayed value is outside the stored signal limits, display

an error message.

e. On control cards configured for catalytic sensor inputs, the present

sensor signal will be compared with that recorded when the

sensor was new. A warning will be displayed if the sensitivity of

the sensor has fallen to below 50% of its original value.

IMPORTANT

When the span gas has been removed and the sensor signal has

returned to normal, do not forget to return the control card to its uninhibited

state.FIRST TIME SPAN SIGNAL CALIBRATION

When the 1st SPAN push-button is pressed, the operation of the selected

control card is similar to when the SPAN push-button is pressed.

To carry out the first time span calibration, proceed as indicated in

Section 9 Steps (1) to (6) but push the 1st SPAN push-button.

Note: 1. In Step (6) when the span calibration is updated, the new

sensor calibration date and the last sensor calibration date

will both be set to the current date.

2. On control cards configured for catalytic sensor inputs, the

sensor span signal value is recorded as the new sensor

value. This value will be used to provide sensor life monitoring

data by comparison with subsequent values obtained during

later calibrations using the SPAN button.SENSOR SIGNAL MONITORING

The operation of the SIGNAL push-button allows the monitoring of the

selected channels sensor signal value. The displayed parameter is

dependent upon the type of sensor drive module fitted to the selected

channel card.

To enter the sensor signal monitoring operation, proceed as follows:

(1) Push and hold the required channel card RESET/SELECT pushbutton for approximately 1.5 seconds until the selected icon appears

on the channel display.

(2) Push the SIGNAL push-button and the selected channel card display

will indicate the sensor signal. The displayed value will depend on the

type of sensor drive module fitted to the channel card as follows:

a. Catalytic Sensor Drive Module

The display will show the live bridge voltage

measured between 01 and 02 in mV. 02 is the

centre point of the second half of the Wheatstone

bridge which is on the channel card.

b. 4 - 20mA Sensor Drive Module

The display will show the live sensor loop current

in mA.

(3) No alterations can be made to the above readings

and pressing either the or push-buttons will

return the selected control card to the selected mode.

Main product ：

ABB: Industrial robot spare parts DSQC series, Bailey INFI 90, IGCT, etc., for example: 5SHY6545L0001 AC10272001R0101 5SXE10-0181,5SHY3545L0009，5SHY3545L0010 3BHB013088R0001 3BHE009681R0101 GVC750BE101, PM866, PM861K01, PM864, PM510V16, PPD512 a10-15000 3BHE040375R1023, PPD113, PP836A, PP865A, PP877, PP881, PP885，etc.,

GE: Spare parts such as modules, cards, and drivers. For example: VMIVME-7807, VMIVME-7750, WES532-111, UR6UH, SR469-P5-HI-A20, IS230SRTDH2A, IS220PPDAH1B, IS215UCVEH2A , IC698CPE010，IS200SRTDH2ACB，etc.,

Bently Nevada: 3500/3300/1900 system, Proximitor probe, for example: 3500/22M,3500/32，3500/15, 3500/20，3500/42M，1900/27，etc.,

Invensys Foxboro: I/A series of systems, FBM sequence control, ladder logic control, incident recall processing, DAC, input/output signal processing, data communication and processing, such as FCP270 and FCP280，P0904HA，E69F-TI2-S，FBM230/P0926GU，FEM100/P0973CA，etc.,

Invensys Triconex: Power module,CPU Module,communication module,Input output module,such as 3008,3009,3721,4351B,3805E,8312,3511,4355X，etc.,

Woodward: SPC position controller, PEAK150 digital controller, such as 8521-0312 UG-10D，9907-149, 9907-162, 9907-164, 9907-167, TG-13 (8516-038), 8440-1713/D，5466-258, 8200-226，etc.,

Westinghouse/Emerson: OVATION system, WDPF system, MAX1000 system spare parts, such as 1C31129G03, 5X00063G01, 5X00063G01，1C31181G01，SE3007, VE3008, etc.,

Rockwell Allen-Bradley：Logix 1756，1794，2711touch screen such as 2711-B6C20，etc.,

Rockwell ICS TRIPLEX：T8151B,T8311 ,T8403 ,T9431, T8480C，etc.,

Rockwell Reliance：PLC-MODULE，WR-D4007，0-57406-E，Y-3023-2-H00AA，etc.,

Schneider Modicon: Quantum 140 series processor, control card, power module, 

such as 140CPU65160, 140CPU67160, 140CPU43412，140CPU67060，140DDI35300，140ACO13000，140CRA93100，140CPU11303，140ACO13000，etc., 

Hima: Security modules, such as F8650E, F8652X, F8627X, F8628X, F3236, F6217,F6214， Z7138, F8651X, F8650X，etc.,

Honeywell: All DCS cards, modules, CPUS, such as: CC-MCAR01, CC-PAIH01, CC-PAIH02, CC-PAIH51, CC-PAIX02, CC-PAON01, CC-PCF901, TC-CCR014, TC-PPD011，CC-PCNT02，etc.,

Motorola: MVME162, MVME167, MVME172, MVME177 series, such as MVME5100, MVME5500-0163, VME172PA-652SE，VME162PA-344SE-2G，etc.,

Xycom: I/O, VME board and processor, for example, XVME-530, XVME-674, XVME-957, XVME-976，etc.,

Kollmorgen：Servo drive and motor，such as S72402-NANANA，S62001-550，S20330-SRS，CB06551/PRD-B040SSIB-63，etc.,

Bosch/Rexroth/Indramat: I/O module, PLC controller, driver module，MSK060C-0600-NN-S1-UP1-NNNN，VT2000-52/R900033828，MHD041B-144-PG1-UN，etc.,