Dinel ULM-53 series Руководство по эксплуатации - Страница 15
Просмотреть онлайн или скачать pdf Руководство по эксплуатации для Лазерный уровень Dinel ULM-53 series. Dinel ULM-53 series 20 страниц. Ultrasonic level meters
Также для Dinel ULM-53 series: Руководство по эксплуатации (20 страниц), Руководство (8 страниц), Руководство (6 страниц)
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Level meters label data ULM–53Xi–02–I a ULM–53Xi–06–I:
•
Symbol of producer: Dinel logo
•
Internet address: www.dinel.cz
•
Connection scheme and labelling of wires: U
•
Level meter type:
•
Serial number: Ser. No.: xxxxx - (from the left: production year, serial production number)
•
Output current range: I
•
Limit operating parameters:
•
Ambient temperature range for the zone 0: t
•
Ambient temperature range: t
•
Label of non-explosive device:
•
Performance: II 1/2G Ex ia IIB T5
•
Number of certifi cate of intrinsically safety: FTZÚ 09 ATEX 0119X
•
Protection class: IP67
•
Compliance mark:
•
Number of authorized person examining control of system quality: 1026
•
Electro-waste take-back system mark
Level meters label data ULM–53Xi–10–I
•
Symbol of producer: Dinel logo
•
Internet address: www.dinel.cz
•
Connection scheme and labelling of wire: U
•
Level meter type:
•
Serial number: Ser. No.: xxxxx - (from the left: production year, serial production number)
•
Output current range: I
•
Limit operating parameters:
•
Ambient temperature range for the zone 0: t
•
Ambient temperature range: t
•
Label of non-explosive device:
•
Performance: II 1/2G Ex ia IIA T5
•
Number of certifi cate of intrinsically safety
•
Protection class: IP67
•
Compliance mark:
•
Number of authorized person examining control of system quality: 1026
•
Electro-waste take-back system mark:
Note: Real label size is 175x11mm.
© Dinel, s.r.o.
ULM–53
®
ULM–53Xi–02–I, ULM–53Xi–06–I
= 4 ... 20 mA
o
U
= 30 V =, I
i
= -30 ... +70°C
a
:
®
ULM–53Xi–10–I
= 4 ... 20 mA
o
U
= 30 V =, I
i
= -30 ... +60°C
a
; 0 V
i
= 132 mA; P
= 0,99 W; C
i
i
= -20 ... +60°C
a
; 0 V
i
= 132 mA; P
= 0,99 W; C
i
i
= -20 ... +60°C
a
: FTZÚ 09 ATEX 0119X
= 370 nF; L
= 0,9 mH
i
i
= 370 nF; L
= 0,9 mH
i
i
14