Baumer IVO Absolute Encoder, 2048 ppr, Digital Signal
- RS Stock No.:
- 481-7600
- Mfr. Part No.:
- GM400.012R002
- Brand:
- Baumer IVO
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RS will no longer stock this product.
- RS Stock No.:
- 481-7600
- Mfr. Part No.:
- GM400.012R002
- Brand:
- Baumer IVO
Specifications
Technical Reference
Legislation and Compliance
Product Details
Find similar products by selecting one or more attributes.
Select all | Attribute | Value |
|---|---|---|
| Brand | Baumer IVO | |
| Encoder Technology | Absolute | |
| Pulses Per Revolution | 2048 | |
| Maximum Revolutions | 6000rpm | |
| Output Signal Type | Digital | |
| Supply Voltage | 10 → 30 V dc | |
| Steps Per Revolution | 16384Steps | |
| IP Rating | IP54 | |
| Overall Height | 76mm | |
| Minimum Operating Temperature | -25°C | |
| Maximum Operating Temperature | +85°C | |
| Switching Frequency | 62.5 → 1500 kHz | |
| Select all | ||
|---|---|---|
Brand Baumer IVO | ||
Encoder Technology Absolute | ||
Pulses Per Revolution 2048 | ||
Maximum Revolutions 6000rpm | ||
Output Signal Type Digital | ||
Supply Voltage 10 → 30 V dc | ||
Steps Per Revolution 16384Steps | ||
IP Rating IP54 | ||
Overall Height 76mm | ||
Minimum Operating Temperature -25°C | ||
Maximum Operating Temperature +85°C | ||
Switching Frequency 62.5 → 1500 kHz | ||
- COO (Country of Origin):
- DE
SSI series Ø 58 mm multi-turn absolute Encoders
Resolution up to 8192 points / turn for 4096 turns
SSI synchronous series outputs.
Gray or binary code.
Electrical zero positioning.
Standard flange with 10 mm shaft.
Front fixing by screws or bracket support (optional).
Connection via supplied radial connector.
Shielded cable connected to the connector available as an option.
Small coders, efficient and robust.
SSI synchronous series outputs.
Gray or binary code.
Electrical zero positioning.
Standard flange with 10 mm shaft.
Front fixing by screws or bracket support (optional).
Connection via supplied radial connector.
Shielded cable connected to the connector available as an option.
Small coders, efficient and robust.
Solid Shaft / Hollow Shaft Absolute Encoders
Application
An absolute encoder provides the ability to remember the exact position following any power interruption. There is also no need for synchronisation. This is one of the reasons why absolute encoders are used where a safety standard is required (i.e. robotics industry). Typical applications are for speed or position control circuits. The features for these encoders are:
An absolute encoder provides the ability to remember the exact position following any power interruption. There is also no need for synchronisation. This is one of the reasons why absolute encoders are used where a safety standard is required (i.e. robotics industry). Typical applications are for speed or position control circuits. The features for these encoders are:
+ A unique signal for each angular position
No need for initialisation (zero reference)
Immediately after power up or after an interruption of power the position is maintained
No need for a counter to process the signal
No need for initialisation (zero reference)
Immediately after power up or after an interruption of power the position is maintained
No need for a counter to process the signal
Construction
The electrical signal of the absolute encoder is directly related to the angle of the shaft. The mechanical angular position is sensed by non contact optical elements, therefore without wear. The output of an infrared diode is transmitted through a transparent code disc and a diaphragm. The light/dark pattern is converted to an electrical signal by an array of photo diodes. The same code occurs only once per revolution. This encoder is defined as a single turn encoder.
The electrical signal of the absolute encoder is directly related to the angle of the shaft. The mechanical angular position is sensed by non contact optical elements, therefore without wear. The output of an infrared diode is transmitted through a transparent code disc and a diaphragm. The light/dark pattern is converted to an electrical signal by an array of photo diodes. The same code occurs only once per revolution. This encoder is defined as a single turn encoder.
Output circuit
Types of Code
Any electronic code is made out of a combination of bits. Each bit is characterised by a Low (0) or a High (1) signal. The combination of a series of bits is called a binary word. Several binary words make a code.
Any electronic code is made out of a combination of bits. Each bit is characterised by a Low (0) or a High (1) signal. The combination of a series of bits is called a binary word. Several binary words make a code.
Single Step Code - Only one bit on the parallel output changes state at any given time. There is no possibility of any concurrent state changes. Single step code is very versatile and can maintain accuracy even allowing for slight misalignments of the disc and scanning device
Gray Code - This is a single step code, most absolute encoders use this code
Multiple Step Codes - Natural binary code: This type of code is similar to the decimal system, except that there are only 1 and 0. Each bit, depending on its position in the binary word, has a definite value. 20 to 2n assigned
Gray Code - This is a single step code, most absolute encoders use this code
Multiple Step Codes - Natural binary code: This type of code is similar to the decimal system, except that there are only 1 and 0. Each bit, depending on its position in the binary word, has a definite value. 20 to 2n assigned