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Series
3000 intrinsically safe incremental shaft encoder - WiFiEx |
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3 |
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X |
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K |
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1 |
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X |
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X |
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W |
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X |
- |
X |
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X |
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X |
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X |
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Resolution - ppr |
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Incremental Output |
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13 = Quadrature |
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Protection |
33 = DeviceNet |
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A = IP54 |
57 = ModBUS |
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B = IP65 |
08 = XML RS232 |
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C = IP66 Aluminum |
Exit |
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D = IP66 S. Steel |
H = Radial |
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K = Axial |
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Price:
(for encoder + transmitter + battery + receiver)
IP54 and
65:
From 840.00£
IP66:
Aluminum: From 1100.00£
IP66:
Stainless Steel: From 1500.00£
(no cable
cost, no barrier cost, no engineer installation cost)
Highlights:
Same mechanics as classic Hohner
TopDrive encoder
Radio Silence option
Data transmission is strong enough
to from one end of the rig to the other
E+M fields do not affect function
All standard resolutions possible
| Technical
Data |
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Encoder: |
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| Operating Temp: |
-20C to +49C |
| Housing Material: |
Aluminum or St. Steel |
| Shaft Material: |
St. Steel |
| IP rating: |
IP54 up to IP66 |
| Shaft load: |
Supports 'system' weight |
| Humidity: |
98% permissible |
| Shock: |
10mg (6msec) |
| Vibration: |
5g (500Hz) |
| Shaft Speed: |
3000 rpm |
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Transmitter: |
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| Operating Temp: |
-20C to +60C |
| Housing Material: |
Clear Makrolon (plastic) |
| IP rating: |
IP66 |
| Humidity: |
98% permissible |
| WiFi Frequency: |
2.4 GHz |
| Data Rate: |
250 kbs |
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Battery Pack: |
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| Operating Temp: |
-20C to +60C |
| Housing Material: |
To match encoder |
| IP rating: |
IP66 |
| Humidity: |
98% permissible |
| Type: |
Lithium Thyonide
Chloride |
| Life Time: |
About 10 years |
| up to
100ppr |
1 billion data
transmissions |
| above 100
ppr |
300 million data
transmissions |
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Receiver Module: |
| - Click above for a full
description of the outputs that can be generated from the receiver
module. |
| - The default output
protocol for incremental is the standard quadrature output.. This
means the encoder can be replaced 1:1 with one in an existing
system. The output is 5V pulses. |
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Function: |
| A low power incremental
encoder output is fed into a 16 bit up-down counter. Every
time the encoder shaft moves, a pulse edge triggers a data
transmission to the distant module. Data is read 100 times per
second. If the incremental encoder spins to fast, the data
transmission jumps from one counter content to another. Every
data transmission contains the full 16 bit counter value. |
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Identity: |
| Each encoder has a
unique identity number in case multiple sensors are purchased.
The ID numbers can be customer specified. As default, they be
the serial number of the device, this way, there will never be
conflicting identities on a system. |
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| Certifications |
| IP
54 or 65 or 66 |
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IECEX (IECEx SIR 08-0015X) certificate
ATEX (SIRA 08ATEX2054X) certificate
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| Mounting
Instructions |
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1.
Just before installing encoder onto shaft, screw the battery pack in firmly
to the transmitter housing (the clear part)
2.
Mount the encoder mechanically as you would any other encoder.
3. On
the safe side, plug in the receiver module into the PLC or computer and
start reading the data in whatever format you have.
4.
The battery can be 'hot-swapped' in the field for a new battery if it does
run out.
5.
If you will NOT immediately use the encoder, do NOT connect the battery.
Only connect the battery right before using.
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| Dimensions |
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