Table of Contents

 

 

 

Page

1

Product Description

.2

2

Physical Data

5

2.1

Calculation Formulae

6

3

Technical Data

7

4

Front Panel Overview

10

5

Keypad Functions

11

6

User Guide

12

6.1

Program Start Menu

12

6.2

Calibration Menu

13

6.3

Fuel Selection

14

6.4

Additional Functions/Meas. Program....

15

6.5

Draft Measurement

16

6.6

Menu Lines

17

6.6.1

Menu Line 1

18

6.6.1.1

Menu - Info Box

19

6.6.1.2

Menu - Time and Date

20

6.6.2

Menu Line 2

21

6.6.2.1

Menu - Graphic

21

 

 

Page

6.6.2.2 Menu - Core Of Waste Gas Flow

22

6.6.2.3 Menu - CO Purge System (manual)

22

6.6.3

Menu Line 3

23

6.6.3.1

Menu - Units

23

6.6.3.2

Menu - O2-Ref

23

6.6.3.3

Menu - Add. Data

24

6.6.4

Menu Line 4

25

6.6.4.1

Memory Functions

25

6.6.4.2

Menu - Create memory blocks

29

6.6.4.3

Menu - Delete memory data

32

6.6.4.4

Printing the Measured Values

34

6.7

Configuration Menu

35

6.8

Entering the Company Address

37

7

System Maintenance

38

8

RS 232 Interface

39

9

Battery / Line Power Operation

39

10

Loading Paper

42

11

Waste Gas Cleaning System

43

11.1

Filters And Other Cleaner Parts

44

1

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Teledyne PEM 9002 manual Table of Contents

PEM 9002 specifications

The Teledyne PEM 9002 is a sophisticated power electronics module designed for a variety of demanding applications in the aerospace and defense sectors. Known for its high reliability and advanced features, the PEM 9002 is specifically engineered to handle the challenges posed by harsh environments while ensuring optimal performance and efficiency.

One of the main features of the Teledyne PEM 9002 is its ability to provide power conversion in a compact and lightweight form factor. This module is designed with a focus on space optimization, making it ideal for use in applications where size and weight are critical factors, such as in satellite systems and unmanned vehicles. The PEM 9002 supports a wide range of input voltages, enabling it to accommodate various power sources while ensuring seamless integration into existing systems.

Another significant characteristic of the PEM 9002 is its advanced thermal management system. Utilizing cutting-edge cooling technologies, the module maintains operational integrity in high-temperature environments, which is essential for prolonged mission profiles. This thermal efficiency not only extends the lifespan of the module but also enhances its overall reliability, making it a preferred choice for mission-critical applications.

The PEM 9002 is equipped with an array of protective features designed to safeguard against electrical anomalies, such as over-voltage, under-voltage, and over-current conditions. These built-in protections ensure the safety and stability of connected systems, reducing the risk of component damage and system failure. Furthermore, its redundant design facilitates continuous operation, even in the event of a single component failure.

In addition to its robust physical design, the Teledyne PEM 9002 incorporates advanced digital communication capabilities, allowing for real-time monitoring and diagnostics. This feature enables operators to track performance metrics and troubleshoot issues, enhancing operational efficiency and reducing downtime. The integration of digital technologies also supports compatibility with modern control systems, broadening the scope of applications for which the PEM 9002 is suitable.

Overall, the Teledyne PEM 9002 stands out in the field of power electronics for its combination of advanced features, robust design, and high reliability. Whether deployed in aerospace missions or defense applications, this module continues to demonstrate its ability to meet the rigorous demands of today’s technology landscape, ensuring success in critical operations. With its proven performance and innovative approach, the PEM 9002 is an invaluable asset to any system requiring reliable power management.