Installation manual

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Table Of Contents

FCC Statements
Table of Contents
List of Figures
List of Tables
Cervis Inc. Safety Precautions
- 1.1 What You MUST Do
- 1.2 What You MUST NOT Do
2.0 TM70 System Description
- 2.1 TM70 System Specifications
3.0 CB70 Battery Charger and BT24IK Batteries
- 3.1 Charging Tips
4.0 Receiver
5.0 Starting Up
6.0 Operating Instructions
- 6.1 Using the System
- 6.2 General Instructions
- 6.3 Transmitter Power Monitoring
7.0 Maintenance
- 7.1 Fault Identification
  - 7.1.1 Transmitter
  - 7.1.2 Receiver
- 7.2 Returning Equipment for Repair
8.0 Warranty
9.0 Parts Information
10.0 Programming a Spare Transmitter
11.0 Program the Machine ID in LCD Transmitters
12.0 Change Base Channel
13.0 CANopen Interface v2.4
- 13.1 Introduction
- 13.2 CAN Bus Connection
- 13.3 Bus Termination
- 13.4 Transmitter Data Dictionary
- 13.5 Pushbuttons and Console Box PDOs
- 13.6 Receiver Data Dictionary
- 13.7 Receiver Signaling
- 13.8 TM70 CAN Receivers
14.0 LCD70 Display Option
- 14.1 Functional Description
- 14.2 Internal Connection
  - 14.2.1 Power Supply and I2C Bus
  - 14.2.2 Range Limiter
- 14.3 LCD70 Display Operating Modes
- 14.4 Data Feedback Operating Mode
  - 14.4.1 Multiple Returns/Multiple Feedback
- 14.5 ASCII Character Map
- 14.6 Available Icons
- 14.7 VT100 Display Control
  - 14.7.1 Control Characters
  - 14.7.2 Valid Control Sequences
15.0 First Come – First Served Operation
16.0 LA70 and LA70M Range Limiter
- 16.1 Infrared Sensor
- 16.2 Infrared Transmitter
- 16.3 Installation
- 16.4 LA70 Technical Characteristics
- 16.5 LA70M Infrared Transmitter
- 16.6 Working Zone
17.0 Tandem Operation
- 17.1 Single Master Transmitter Systems
- 17.2 Two Master Transmitter Systems
18.0 TM70 Analog Feedback Calibration
- 18.1 LR71/72 and IN0-10V Assembly
19.0 IN0450P Option
- 19.1 Description
- 19.2 IN0450P and LR70 Assembly
20.0 IN4D Option
- 20.1 Description
- 20.2 IN4D and LR71/LR72 Assembly
21.0 INCAN Option
- 21.1 INCAN Connections and Configuration Jumpers
22.0 A1P4RCAN Option
- 22.1 A1P4RCAN Connection and Jumper Configurations
23.0 A2ICAN Option
- 23.1 Response Curve
- 23.2 Ramp Speed
- 23.3 PWM Current Output Features
- 23.4 A2ICAN Connections and Jumper Configurations
  - 23.4.1 LR72 Connections
- 23.5 Outputs
  - 23.5.1 Output PWM1
  - 23.5.2 Output PWM2
- 23.6 ISP (In-Circuit/In-System Programming)
24.0 A2VCAN Option
- 24.1 Output Response Curves
- 24.2 Ramp Speed
- 24.3 Pulse Width Modulation (PWM) Specifications
- 24.4 A2VCAN to LR72 Connections (see Figure 51)
- 24.5 A2VCAN Voltage Outputs
  - 24.5.1 Output 1 (VO1) (see Figure 51)
  - 24.5.2 Output 2 (VO2)
- 24.6 ISP (In Circuit/In-System Programming)
- 24.7 A2VCAN Power Supply Board POT70V4
25.0 Tele-Alignment Option
- 25.1 Tele-Alignment Process
- 25.2 Menu 3.1 Adjust
26.0 R70/Plus Receivers – Software V3.2 Compatible
- 26.1 Detail Characteristics
  - 26.1.1 V3.2 TM70 Software Features
  - 26.1.2 V3.2 Software Compatible Hardware
- 26.2 Internal Wiring
27.0 i-Kontrol Console Box
- 27.1 i-Kontrol Console Remote Description
- 27.2 i-Kontrol Specifications

Operation and Installation Manual

2013 Cervis, Inc.

14.5 ASCII Character Map

Characters for the display adhere to the ASCII standard. The standard ASCII table is available

at:

http://www.asciitable.com/

Large characters can be createdby combining four: two characters in the upper line and two in

the lower. Characters used to create larger characters start at B0h. Therefore, to write a large 1

you would consecutively write the character of B0h and B1h for the upper line, and characters

B2h and B3h for the lower line.

The following are also is available by using these special characters:

− km/h in three characters: 0x83, 0x84, 0x85

− ft in one character: 0x86

− lbs in two separated characters: 0x8A, 0x8B

The map shown in Figure 20 shows special characters that adhere to the ASCII standard.

Figure 20. ASCII Special Character Map