Baumer Hubner HENQ 1100 Руководство по эксплуатации - Страница 9
Просмотреть онлайн или скачать pdf Руководство по эксплуатации для Измерительные приборы Baumer Hubner HENQ 1100. Baumer Hubner HENQ 1100 36 страниц. Encoder analyzer
Печатать страницуIn order to increase the operating time, a HENQ 1100 that is fitted with the accumulator op-
tion can be switched off by the On/Off switch�
If the HENQ 1100 is connected to the plug-in power supply, then the On/Off switch changes
it from charging mode (no display indication, display lighting is inactive) to measurement
mode and back again� On a HENQ 1100 without the accumulator option, the On/Off switch
has no function�
The accumulator is not charged up in measurement mode�
In accumulator operation, the encoder can still be supplied from the HENQ 1100, whereby
the current consumption of the encoder will decisively influence the operating time.
5.5
Entering the encoder data (menu
The HENQ 1100 makes provision for the attachment of any encoder with TTL (RS422),
HTL or SinCos output signals�
The encoder data are entered in menu
If the device is used in conjunction with encoders from Baumer Hübner, then the appro-
priate type (
Because of the large number of Baumer Hübner encoder types, the field for selection is
restricted to the most common models available at present� When the encoder type has
been selected, the parameters
Pulse-No are displayed for checking�
and
If your encoder is not present in the selection menu, select '
page
16, in the menu item
rough the menu items
Fig.4, page 16
It is also possible to edit the encoder database by using the "config" key, see Fig.7,
18� In the following submenu, the parameters encoder name
page
MaxSpeed , inv.Sig. , ZeroPuls , with K2 , RefLevel and Pulse-No can be set
individually�
5.6
Measuring the encoder supply (menu
After connecting up a incremental encoder, it is recommended to check the supply to the
encoder, see
For this purpose, the HENQ 1100 offers the option in menu
voltages present at the encoder connection (5 V and 9���30 V), the current drawn (in mA)
and the power consumption (in mW)�
This makes it easy to detect wiring errors, such as a short-circuit or cable break, or an
encoder fault�
The current drawn by the output driver that is integrated in the HENQ 1100 is shown in
the last line of the display� This will only be non-zero if the encoder signals provided by
the HENQ 1100 are passed on to a control system, see
MB112EN - 11185046, 19A1, Baumer_HENQ1100_OI_EN
1 - 40 ) can be selected in the menu item ENCODER , siehe
ENCODER � Then you can set the encoder parameters th-
inv.Sig. , ZeroPuls , with K2 , RefLevel and Pulse-No , see
and
Fig.6, page
section 7.2.5, page
)
as follows:
MaxSpeed , inv.Sig. , ZeroPuls , with K2 , RefLevel
16, individually by hand�
)
22�
Fig.5, page
0 ' (User Setting), see
############# ,
of displaying the supply
section 6.2.2, page
SETUP
16�
Fig.6,
10�
6/32