6 - NEMA4X ASSEMBLY LAYOUT, D C P O W E R So | Teledyne 450H

U V L A M P

U V L A M P

M O T H E R B

V / F

C P U

A C L I N E

D C P O W E R

SO

	G A S F I L T E R
	FIGURE 1.6 – NEMA4X ASSEMBLY LAYOUT
	AUTO ZERO
	VALVE
OZONE INLET	SAMPLE	OZONE
	FILTER	SENSOR
ZERO GAS INLET	NEEDLE VALVE
	NEEDLE VALVE
	(0.5 - 2.0 L/Min)
EXHAUST	FLOW-METER
EXHAUST
	OZONE
	KILLER

S E N S O R

N E E D L E

O Z O N E

A U T O - Z E R O

A C P O W E R

PRESSURE

SENSOR

FIGURE 1.7 - M450H PNEUMATIC BLOCK DIAGRAM

P/N 02826B1 Teledyne API Model 450H O3 Monitor Instruction Manual - Page 22

Image 22

Teledyne 6 - NEMA4X ASSEMBLY LAYOUT, 7 - M450H PNEUMATIC BLOCK DIAGRAM, D C P O W E R So, G A S F I L T E R

Contents

EMAIL api-sales@teledyne.com MODEL 450H OZONE MONITORPrinted 05/15/06 SAFETY MESSAGES 4.0 MAINTENANCE TABLE OF CONTENTS3.0 SETUP MODE 5.0 ADJUSTMENTS 5.3 A/D - D/A CALIBRATION PROCEDURE… APPENDIX A - ELECTRICAL SCHEMATIC INDEX5.4 CURRENT LOOP CALIBRATION FIGURES TABLE 1.2 CONTROL INPUTS TABLESTABLE 1.1 DIGITAL OUTPUTS TABLE 1.3 FINAL TEST AND CALIBRATION VALUES 1.0INTRODUCTION 1.1Preface 02024c 1.2 WARRANTY POLICYADVANCED POLLUTION INSTRUMENTATION DIVISION COVERAGE 1.3 Principle of Operation Page 1.4 Specifications 1.5 Installation 19” Rack Mount EnclosurePage 5.If the M450H has been configured with the auto-zerovalve option, connect the oxygen or other zero gas source to the ¼” tube fitting labeled ‘Zero Gas Inlet.’ Do not exceed 30 psig in the zero air delivery line 1.6 Installation NEMA 4X Wall Mount Enclosure ozone FIGURE 1.1 - NEMA 4X MOUNTING HOLE DIMENSIONS FIGURE 1.2 - NEMA 4X ELECTRICAL POWER CONNECTIONS FIGURE 1.3 - NEMA 4X PNEUMATIC CONNECTIONS 1.6.1Analog Output FIGURE 1.4 - ELECTRICAL SIGNAL I/O CONNECTIONS1.6Electrical I/O Connections 1.6.2 Relay Outputs Output FIGURE 1.5 - CONNECTING DIGITAL OUTPUTS1.6.4 Control Inputs Description CONTROL INPUTS 1.6.5 RS232 OutputInput Zero Calibrate U V L A M P M O T H E R B V / F C P U A C L I N E FIGURE 1.6 - NEMA4X ASSEMBLY LAYOUTFIGURE 1.7 - M450H PNEUMATIC BLOCK DIAGRAM D C P O W E R SO Figure 1.8 - 19” Rack Assembly Layout POWER SUPPLY MODULE 1.7 Operation verification TABLE 1.3 FINAL TEST AND CALIBRATION VALUES 1.8.1 Auto-ZeroOption 1.8.5 Flow Switch1.8 Options 1.8.2 Isolated Current Output 4-20mAor 2-20mA 2.1.4 E2 ROM backup of software configuration 2.1Key features2.1.2 Concentration Alarms 2.0OPERATION FIGURE 2.1 - MODEL 450H FRONT PANEL 2.2 Front Panel Display2.2.1 Front panel display fields Mode Field TEST MEASUREMENTS Message/Test Measurement FieldTest Message Warning Message 2.3.1 Main Menu 2.3 Software Operation2.2.2 Status LED’s State Clearing Alarms 2.3.3 Alarm Status MenuFIGURE 2.3 - ALARM STATUS MENU Audible BeeperPage 3.0 SETUP MODE FIGURE 3.1 - SETUP MENU 3.3 Setting the time-of-dayand date CLK 3.1 Setting the Concentration Alarms ALRM3.2 Setting the Concentration Units UNIT HI ALARM OFF 3.4 Setting the RS-232baud rate COMM 1 ALARM BEEPER 3.5 Setup variables VARS0 LATCH_ALARMS 3 AZERO ENABLE 7 AZERO HOLD OFF 8 GAS MOLECULAR WEIGHT10 TPC ENABLE 9 CONCENTRATION RANGE 3.5.2 D/A Calibration 3.5Diagnostics DIAG3.5.1Zero Calibration 3.5.3 Analog Output 4.3 Cleaning the Optical Cell 4.0Maintenance4.2Cleaning Exterior Surfaces of the M450H Filter Replacement Procedure FIGURE 4.1 MEASUREMENT CELL DISASSEMBLY 4.4 Degree of Protection 5.1 Calibration 5.0 ADJUSTMENTSSwitch Settings 5.2Changing the analog output range 1.Press SETUP-DIAG 5.3 A/D - D/A Calibration ProcedureFIGURE 4.2- ANALOG OUTPUT JUMPERS 5.4 Current Loop Calibration zero point can be adjusted anywhere between 0 and 4 milliamps. Press ENTR when you have reached the desired zero point as measured by your test meter APPENDIX A - SOFTWARE MENU TREE Page APPENDIX B - SPARE PARTS LIST DESCRIPTIONPage Drawing Number APPENDIX C - ELECTRICAL SCHEMATIC INDEXTitle