User's Guide
Table Of Contents
- Contents
- About this manual
- 1 Introduction
- The TankRadar Pro System
- Measurement Principle
- 2 Mechanical Installation
- Socket Requirements
- Free Space Requirements
- Dimensions
- Tools
- Mounting the Rod Antenna
- Mounting the Cone Antenna - PTFE sealing
- Mounting the Cone Antenna - Quartz Sealing
- Mounting the Cone Antenna - Process Seal
- Mounting the Parabolic Antenna
- 3 Electrical Installation
- Identication of Installed Options
- Junction Box
- External Connections
- Connecting to a TRL2 Bus Interface
- Connecting HART devices
- Connecting the Display Panel
- Cables
- Safety
- Power Supply
- Grounding
- System Overview
- Internal Connections
- 4 Pro Setup Software
- System Requirements
- Installing the Pro setup software
- Starting the Pro Setup Program
- Setting a Password
- Logging on to a password protected system.
- Setting measurement units
- Installing a Pro Transmitter
- Viewing Level Data
- Service
- 5 Using the Pro Display Panel
- Operation
- Viewing Level Data
- Installing a Pro Transmitter
- Service
- 6 Tank Distances
- Definitions
- Examples
- 7 Technical Information
- Technical Data
- Display Panel
- Analog Outputs
- 8 Troubleshooting
- Display Panel Error Messages
Saab TankRadar
®
ProPro Setup
4-18
Edition 2. Ref. No: 306010E
4 Select the Configuration tab
1 Click the Read button.
Response: the current settings are displayed.
2 In the Tank Geometry box, enter values for Distance Offset (G),
Tank Height (R) and Minimum Level Offset (C).
The Distance Offset (G) is defined as the distance between the
upper reference point and the flange
(
the flange is referred to as the
Tank Radar Pro Reference Point)
. You can use G to specify your
own reference point at the top of the tank. Set G=0 if you want the
flange as upper reference point. G is defined as positive if you use
an upper reference point above the
TR Pro Reference Point.
For
tanks with an ullage plug for hand dipping the
Tank Ullage Refer-
ence Point (dipping mark)
can be used as upper reference point,
but you can use other reference points as well.
The Tank Height (R) is defined as the distance between the upper
reference point (specified by the Distance Offset G) and the lower
reference point (zero level).
The Minimum Level Offset (C) is used to extend the measurement
range down to the tank bottom. C can not be a negative value. C is
defined as the distance between the zero level (
Tank Level Refer-
ence Point
) and the minimum accepted level. If your zero level is
located above the bottom of the tank, set the C distance equal to