欧美人妻精品不卡视频_看久久久一级无码毛片_日韩精品旡码一区二区三区_午夜大尺度精品福利视频

B0501ͨ���͉���׃����

���c(di��n)��

�U(ku��)ɢ�������

ȫ���P䓽Y(ji��)��(g��u)

С�ͻ����װ��b

���͑�(y��ng)�ã�

����Һ�����՚⡢���Tϵ�y(t��ng)��

�C(j��)܇�Ƅ�(d��ng)ϵ�y(t��ng)��

ʯ�����ν����h(hu��n)����

�����Ԅ�(d��ng)���ƺ͙z�y(c��)ϵ�y(t��ng)

���g(sh��)ָ��(bi��o): ��

���̣�O��4kpa��35MPa ��

�Դ��15��36VDC ��

ݔ����4��20mA ���^�d��2-3���M���̣�

�����ضȣ�-20��85��C ��

�ض�Ư�ƣ�0.02%FS/�� ��

���ȣ�����0.2%�����0.25% ��

���c(di��n)�{(di��o)��(ji��)��5% �����{(di��o)��(ji��)30%, ��

��(w��n)���ԣ�0.1%FS/�꣮

�y(c��)��ĤƬ��316���P䓣��⚤���o(h��)��IP65 ��

�x��ָ�ϣ�

B0501ͨ���͉���׃����

 

 

���̷���

A0 -100~0Kpa     A1 0-20~100Kpa   A2 0-150~700 Kpa   A3 0-0.4~3.5 MPa

A4 0-1.2~7 Mpa   A5 0-7-35 Mpa    A6 ��������ӆ��

 

 

�^���B�ӷ�ʽ

C1 M20��1.5    C2 1/2NPT    C3 G1/2    C4 �Ñ�ָ��

 

 

������ʽ

D1 ������     D2 ��������

 

 

ݔ����ʽ

E1 4-20 Ma    E2 �Ñ�ָ��

 

 

늚��B�ӷ�ʽ

F1 �R˹�����^   F2  ��|

 

B0501 A1 C1  D1 E1   F1                                        �x���e��

ZCYAͨ���͉���׃����

ZCYAͨ���͉���׃����
�a(ch��n)Ʒ�DƬ
  �a(ch��n)Ʒ��Ϣ
��̖(h��o)��ZCYA��
Ҏ(gu��)��-0.1MPa...0...60MPa
���g(sh��)ָ��(bi��o)����(y��ng)���� �ã����N���ӹ��r�l���š��w��Һ�w�������顡������ �|(zh��)�ĉ����y(c��)���ء��� �c(di��n)�������⚤����ǻ�Y(ji��)��(g��u)���������·�O(sh��)Ӌ(j��)������������������M1ָᘱ��^�������� �̣�-0.1MPa~0~60MPa����Դ��12~36VDC(�����͞�12~30VDC)ݔ����̖(h��o)���ɾ���4~20mADC��������1~5VDC���ȵȼ�(j��)��0.2��(j��)��0.5��(j��)�����ȼ�(j��)��Exia��CT5
�a(ch��n)Ʒ�f�������� ZCYAͨ���͉���׃���������M(j��n)�ډ�������������Ѓɾ���4��20mADC��������1��5VDC��������0��10mADCݔ�����������b�F(xi��n)��(ch��ng)ģ�Mָᘱ��^M1�����ԬF(xi��n)��(ch��ng)�{(di��o)��(ji��)���c(di��n)�����̡��䪚(d��)�صķ����⚤����ǻ�Y(ji��)��(g��u)�ͱ������·�O(sh��)Ӌ(j��)ʹԓ�a(ch��n)Ʒ�ձ鑪(y��ng)����ʯ������Ȼ��͵V������ȼ�ױ���(ch��ng)�����ǬF(xi��n)��(ch��ng)�y(c��)�������ͨ�É���׃������

ͨ���͉���׃��������(bi��o)��(zh��n)�͉���׃����������׃�����r(ji��)��

 ͨ���͉���׃�����a(ch��n)Ʒ��(ji��n)�飺

ͨ���͉���׃����T300ϵ���x�ø߾������߷�(w��n)���ԉ����������M������(j��ng)�^���ԵķŴ��·�����ܜض��a(b��)��������׃���������y(c��)���|(zh��)�ĉ����D(zhu��n)�Q��4��20mADC��0��5VDC��0��10VDC��1��5VDC�Ș�(bi��o)��(zh��n)���̖(h��o)�����|(zh��)���Ă���������տ�ķ��b���g(sh��)�Լ����Ƶ��b�乤ˇ�_����ԓ����׃�����a(ch��n)Ʒ���|(zh��)�������ܡ�T300ϵ���a(ch��n)Ʒ�ж�N�ӿ���ʽ�Ͷ�N������ʽ���܉�����޶ȵĝM��͑�����Ҫ������׃�����m���ڸ��N�y(c��)�������O(sh��)�������ʹ����

ͨ���͉���׃�����m���I(l��ng)��

ͨ��������׃����T300ϵ���V������Һ�������(d��ng)����ϵ�y(t��ng)��Һλ�y(c��)���c������ʯ�����h(hu��n)�����՚≺�s���վ�\(y��n)��Ѳ�z���C(j��)܇�Ƅ�(d��ng)ϵ�y(t��ng)����늙C(j��)�M���p�����C(j��)е��ұ���������Կ����㉺��ˮ�������Ԅ�(d��ng)���ƺ͙z�y(c��)ϵ�y(t��ng)�����I(y��)�^�̙z�y(c��)�c���� ����(sh��)�(y��n)�҉���У�(y��n)���y(c��)�����������͵ȸߜؽ��|(zh��)������

ͨ���͉���׃�������g(sh��)����(sh��)��

�y(c��)�����|(zh��) �c304��316��316L���P䓼��ݵĸ��NҺ�w�����w������

������ͣ��퉺���^������Չ��y(c��)������ �퉺0��0.01MPa-250MPa  �^��0��0.1MPa-250MPa  ���0��-0.1MPa�^�d����  2���M���̻�300MPa��ȡ�^Сֵ��ݔ����̖(h��o)  4��20mADC���ɾ����� 0��10VDC��0��5VDC��l��5VDC�������������늉�  9��36VDC���ɾ�������24±5VDC�������������|(zh��)�ض�  -30��+85���h(hu��n)���ض�  -20��+85��

���a(b��)����  -10��70�惦(ch��)��ض�  -40��+90������(du��)��� ≤  95����40������(zh��n) �_ ��  1.0��(j��)��0.5��(j��)��0.25��(j��)�������Ǿ������؏�(f��)�Լ��t���ڃ�(n��i)�ľC���`����                         ���c(di��n)�{(di��o)��(ji��) ݔ�����̵�±8�������{(di��o)��(ji��) ݔ�����̵�±20���ض�Ư�� ≤±0.05��FS�������ضȷ���-20��85�棬�������c(di��n)�����̵Ĝض�Ӱ�����(w��n)   ��   �� ���ͣ�±0.1��FS���� ���±0.2��FS������|(zh��)���|����  304��316��316L�⚤����  304��316���P䓰��b��ʽ �ݼy���b�����B��  M20×1.5��M12×l��Gl��4��Gl��2�(y��ng)�ݼy�����ɶ���늚��B�� ��о������|  �����o(h��)�ȼ�(j��)IP65�� ���ղ��^ DIN���^���ɶ���

 

ͨ���͉���׃�����x���f����

���_�x������׃�����ǫ@���^��ʹ��Ч����ǰ��l�����҂����]�͑����x����׃�����ĕr(sh��)��ע�����Ž��c(di��n)��

1��   �y(c��)�����|(zh��)��Һ�w�����w������������(j��)���r�����x��

2��   �y(c��)�����ȣ�����׃��������һ�N���Мy(c��)������̖(h��o)�Ŵ�̎������(bi��o)��(zh��n)������̖(h��o)ݔ���ăx�����`���ǟo(w��)����������͑��ɸ���(j��)���w���r��Ҫ���x�����M�㹤�r�������^��׷��߾�������(du��)���r�o(w��)�����������(j��ng)��(j��)����_��һ�P���_�N��

3��   �����x�񣺽��hʹ�É���׃�������̵�75%�鹤�r������������������r�����75Mpa���x��M���̞�100MPA�ĉ���׃������

4��   �y(c��)�����|(zh��)�ĸ��g��������(j��)���y(c��)���|(zh��)�ĸ��g�Դ�С���x����׃�����Ľ��|���|(zh��)��һ�������׃�����Ľ��|���|(zh��)�ֵIJ��|(zh��)���õ���316���P�,������y(c��)���|(zh��)��(du��)316���P䓛]�и��g��,��ô���������еĉ���׃�������m���㌦(du��)���|(zh��)�����Ĝy(c��)����������y(c��)���|(zh��)��(du��)316���P��и��g��������Ҫ�����W(xu��)�ܷ�̎�������x���g���|(zh��)�����L(zh��ng)ʹ�É�����

5��   �y(c��)�����|(zh��)�Ĝض������ڸߜؕ�(hu��)��(du��)����׃��������(n��i)����̖(h��o)��Ӱ����������M(j��n)�иߜحh(hu��n)�����ߜؽ��|(zh��)�x��ʹ�Õr(sh��)��Ҫע���x��ߜ��� ����(du��)���y(c��)���|(zh��)�ܾ���Щ̎��������Ҫ�󲻸ߕr(sh��)��ͨ�^���b�������M(j��n)��ǰ�ڽ���̎��������Ҫ��ߕr(sh��)���x���������͸ߜ��͉���׃��������r(ji��)���^֮���b������Ҫ�ߺܶ���

6��   ݔ����̖(h��o)����Ҋ��ݔ����̖(h��o)��0-20MA �� 4-20MA ��0-10V�� O-5V�ȣ��x��ӆ؛Ҫ���ע����֪�S����

7��   ʹ�ù��r����Ҫ���Ƿ���Ҫ����̎�����б���������������

8��   �����B�ӽӿ��x�����ɶ���

9��   �������ء�

ԓ��˾�a(ch��n)Ʒ��� �E�A�X݆����Ӌ(j��) ��ʽ����Ӌ(j��) �؝��׃���� �ض�׃���� ���ż���裩 �؝�ȃx�� Ͷ��ʽҺλӋ(j��) �������_(d��)��λӋ(j��) ��(d��o)�����_(d��)ҺλӋ(j��) �ŷ���ҺλӋ(j��) ��•��Һ���λӋ(j��) ��λҺλ�x�� Һλ׃���� ΢�׃�������L(f��ng)���� ���M(j��n)���u����Ӌ(j��) ��ݲ׃���� ����׃�������U(ku��)ɢ�裩 ׃�����x��ϵ�� �����D(zhu��n)������Ӌ(j��) �u������Ӌ(j��)

ͨ���͉���׃����

���g(sh��)���c(di��n)���y(c��)�����������0��30Mpa        ��С0��500Pa�y(c��)������:��0.2�����0.5���t��:�n��0.01���M���̷�(w��n)����:�n��0.1��/�깤��늉�:12.5��36VDC��̖(h��o)ݔ��:4��20mA��1��5VDC�ɾ��Ɯضȷ���:0��85��LCD/LED�@ʾ(���x)�_�P(gu��n)����(���x)

TRA-AM010-M2ͨ���͉���׃����

 ��˾���I(y��)�N��Һ���C(j��)е�O(sh��)�����a(ch��n)Ʒ���Һ�����y������늴��y������׃�����������y�Ŵ����Һ���y��Һ��ԭ������   ׃����/�������a(ch��n)Ʒ��

һ  ����׃����    ��1����MC20AС���͉���׃����        ��2����MC20AS��С�͉���׃����           ��3����MC20B��(j��ng)��(j��)�͉���׃����               ��4����MC20W�l(w��i)���ͣ��RƽĤ������׃����             ��5����MC20E����׃������E+H���Σ�     ��6����MC20D�����͉���׃����            ��7����MC1151/3351GP����׃���������ʽ��   ��8����MC1151/3351AP�^��(du��)����׃���������ʽ��  ��9����MC1151/3351LT���mʽ����׃���������ʽ��                              ��10����MC1151/3351GPë��(x��)���h(yu��n)�����mʽ����׃���������ʽ��  ����  �׃����  ��1����MC2070A�����Ͳ׃����      ��2����MC2070B��(j��ng)��(j��)�Ͳ׃����           ��3����MC2070CС���Ͳ׃����            ��4����MC1151/3351DP�׃����  ��5����MC1151/3351LT���mʽ�׃����              ��6����MC1151/3351DPë��(x��)���h(yu��n)�����mʽ�׃���������ʽ��             ��7����MC1151/3351DP��P�����׃����   ����  ��λ��Һλ׃����  ��1����MC20CͶ��ʽҺλ׃������Һ�w�o��ʽ��������ͨҺ�w��                     ��2����MC20CDͶ��ʽҺλ׃���������w��(d��o)��ʽ�����ڸߜ������g��Һ�w�ȣ�  ��3����ML-8��•����λ��Һλ��Ӌ(j��)                                              ��4����MC1151/3351LT���mʽҺλ׃���������ʽ��  ��5����MC1151/3351DPë��(x��)���h(yu��n)�����mʽҺλ׃���������ʽ��             ��6����SN-70E���l�����λӋ(j��)                             ��7����SN-70KX���l�����λ�_�P(gu��n)

ԓ��˾�a(ch��n)Ʒ��� �Ŵ����Ŵ��������{(di��o)���� ����׃���� ����׃����

DH181-B-T1-2-M1DH181ͨ���͉���׃����

�� ���͑�(y��ng)��:   Һ�������(d��ng)����ϵ�y(t��ng)�����I(y��)�^�̙z�y(c��)�c���Ƶ� �� �y(c��)�����|(zh��):   �c316���P䓼��ݵĸ��N���w��Һ�w�� ��    ��:   0��200MPa�� �^���B��:   M20��1.5��M12��1��1/2NPT ��͑����ơ� ݔ����̖(h��o):   4~20mA��1~5V��0~5V�� ������ʽ:   ��|������(bi��o)��(zh��n)�L(zh��ng)��1m�������ղ��^ �� ����늉�:   12~40V����(bi��o)��(zh��n)24VDC��5%���y��С��1%�� ��    ��:   0.25%F.S ��0.5%F.S �� �����ض�:   ��20��~+80��� ���|(zh��)�ضȣ�  -25��85��� ��(ch��)��ضȣ�  -40��125��� ����(du��)���:   0%~100%�� ؓ(f��)�d���:   ���ݔ������800����늉�ݔ����50K�����ϡ� �^�����:   ��2000�� ��1000VDC���� �ض�Ӱ푣�  ������̡�1.0% ���a(b��)���ضȣ���10��~+70�� ��     �� ��(w��n) �� �ԣ�  ������̵�0.25% /F.S �� �^�d������  2���ڝM���̡� ���o(h��)�ȼ�(j��)��  IP65�� �⚤���|(zh��)��  304���P䓡� ��    ����  �s0.25Kg

 

 

O-10(T)WIKA O-10(T) O-10(5) ͨ���͉���׃���� ����Һ���≺�É��s�C(j��)

 

�ӿڳߴ磺 M12*1��mm�� �ӹ����ƣ� ��
���o(h��)�ȼ�(j��)�� IP65 �y(c��)�������� 0-6to 0-600bar��kPa��
��ͣ� �մ��͉���׃���� �����ȼ�(j��)�� �o(w��)
��̖(h��o)�� O-10��T�� O-10��5�� �y(c��)�����|(zh��)�� Һ�w ���w
���ȵȼ�(j��)�� 0.5 Ʒ�ƣ� WIKA/����
ݔ����̖(h��o)�� 4-20��mA�� �Դ늉��� 10-30��V��

WIKA O-10��T��  O-10��5��

ͨ���͉���׃���� ����Һ���≺�É��s�C(j��)

OEM pressure transmitter for general industrial applicationsModels O-10 ��T��, O-10 ��5��

Pressure transmitter model O-10 ��T��

 

   Applications     Hydraulics ��nd pneumatics     Pumps ��nd compressors     Machine building     Building services

   Special features     Measuring ranges from 0 … 6 to 0 … 600 bar     Non-linearity 0.5 %     Standard industrial signals     Electrical connection: Angular connector form A ��nd C,         circular connector M12 x 1, Metri-Pack series 150,         cable outlet 2 m unshielded or shielded     Many internationally customary process connections

 

   Description

    The model O-10 pressure transmitter has been developed for a wide variety of industrial applications. The large range of process ��nd electrical connections as well as all commonly used pressure ranges ��nd output signals set the model O-10apart.

    For applications in which water is used as a medium we recommend a 5-fold overpressure safety in combination with a condensation-tight case.

    Due to its specifications, its features ��nd its price, the pressure transmitter is ideally suited to OEM applications, with an annual quantity requirement of more than 1,000 units of each article number. Accordingly, the minimum order quantity is 50 units per article number.

 

    The model O-10 has been designed specifically for the demands of the global market. The pressure transmitter offers international units ��nd the corresponding approvals for the North American ��nd Russian markets.

    It goes without saying that the model O-10 can be delivered with customer-specific labelling ��e.g. company logo ��nd model designation��.

 

   Versions

   Model O-10 ��T��    Standard version

   Model O-10 ��5��    With 5-fold overpressure limit ��nd condensation-tight case

    For applications with water as a medium we recommend a 5-fold overpressure safety for protection against water hammer    effects, ��nd a condensation-tight case.

 

   Measuring ranges

   Model O-10 ��T��

        Output signals

    Model O-10 ��T��

      Voltage supply

   Power supply    The power supply depends on the selected output signal.    4 ... 20 mA:          DC 8 ... 30 V    DC 0.5 ... 4.5 V:     DC 8 ... 30 V    DC 0 ... 5 V:         DC 8 ... 30 V    DC 1 ... 5 V:         DC 8 ... 30 V    DC 0 ... 10 V:        DC 14 ... 30 V    DC 0.5 ... 4.5 V ��ratiometric��: DC 4.5 ... 5 V

    The power supply for the pressure transmitter must be made via an energy-limited electrical circuit in accordance with section 9.4 of UL/EN/IEC 61010-1, or an LPS to UL/EN/IEC 60950-1, or class 2 in accordance with UL1310/UL1585 ��NEC or CEC��.    The power supply must be suitable for operation above 2,000 m should the pressure transmitter be used at this altitude.

   Total current consumption    Current output:    The total current consumption corresponds to the value of the output signal current ��4 ... 20 mA��, maximum 25 mA

   Voltage output:    5 mA

   Reference conditions ��per IEC 61298-1��

   Temperature    15 ... 25 °C

   Atmospheric pressure    860 ... 1,060 mbar

   Humidity    45 ... 75 % relative

   Power supply    Current output:             DC 14 V    Voltage output:             DC 24 V    Ratiometric output signal:  DC 5 V

   Nominal position    Calibrated in vertical mounting position with pressure connection facing downwards.

 

   Time response

   Settling time    < 2 ms

 

   Accuracy data

   Model O-10 ��T��

   Non-linearity ��per IEC 61298-2��    ≤ ±0.5 % of span BFSL    A different non-linearity applies to some measuring ranges, see "Measuring ranges O-10 ��T��".

   Measuring deviation of the zero signal    ≤ ±0.5 % of span

    A different measuring deviation applies to some measuring ranges, see "Measuring ranges model O-10 ��T��".

   Accuracy at reference conditions    ≤ ±1.2 % of span

   Temperature error at 0 ... 80 °C    ≤ ±1.5 % of span

   Long-term stability    ≤ ±0.3 % of span/year

    Model O-10 ��5��

   Non-linearity ��per IEC 61298-2��    ≤ ±0.5 % of span BFSL

   Measuring deviation of the zero signal    ≤ ±1 % of span

   Accuracy at reference conditions    ≤ ±2.0 % of span

   Temperature error at 0 ... 80 °C    Mean temperature coefficient of zero point:    Typical: 0.3 % of span/10 K    Maximum: 0.6 % of span/10 K

 

    Mean temperature coefficient of span:    ≤ ±0.1 % of span/10 K

   Long-term drift    ≤ ±0.8 % of span/year

 

   Operating conditions

   Model O-10 ��T��

   Ingress protection ��per IEC 60529��    For ingress protections see "Electrical connections model O-10 ��T��"    The stated ingress protection only applies when plugged in using mating connectors that have the appropriate ingress protection.

   Vibration resistance ��per IEC 60068-2-6��    20 g ��20 ... 2,000 Hz, 120 min.��

   Shock resistance ��per IEC 60068-2-27��    40 g ��6 ms��, mechanical shock

   Service life    10 million load cycles

   Free fall test    Resistant to an impact onto concrete from 1 m

   Permissible temperatures    Medium: -30 ... +100 °C    Ambient: -30 ... +100 °C    Storage: -30 ... +100 °C

   Model O-10 ��5��

   Ingress protection ��per IEC 60529��    For ingress protections see "Electrical connections model O-10 ��5��"    The stated ingress protection only applies when plugged in using mating connectors that have the appropriate ingress protection.

   Vibration resistance ��per IEC 60068-2-6��    20 g ��20 ... 2,000 Hz, 120 min��

   Shock resistance ��per IEC 60068-2-27��    40 g ��6 ms��, mechanical shock

 

   Service life    10 million load cycles

   Free fall test    Resistant to an impact onto concrete from 1 m

   Permissible temperatures    Medium: -40 ... +100 °C    Ambient: -25 ... +80 °C    Storage: -25 ... +80 °C

    Other temperature ranges on request

 

   Process connections

      Materials

    Non-wetted parts     Stainless steel 316L     PBT GF 30     Cable material ��cable outlet�� PVC

    Wetted parts     Stainless steel 316L     13-8 PH     For sealing materials see "Process connections"     Oil ��nd grease free versions are available on request.

 

   Electrical connections

   Model O-10 ��T��    Available connections

      Connection diagrams

       Complete instrument

       CE conformity

    Pressure equipment directive    97/23/EC

   EMC directive    2004/108/EC, EN 61326 emission ��group 1, class B�� ��nd immunity ��industrial application��

   RoHS conformity    Yes

   Approvals     cULus, safety ��e.g. electr. safety, overpressure, ...��, USA, Canada     GOST-R, import certificate, Russia

   Approvals see website

 

   Accessories ��nd spare parts    Mating connector

       Only use the accessories ��nd spare parts listed above, otherwise it could lead to the loss of theapproval.

 

   Ordering information    Model / Measuring range / Output signal / Process connection / Electrical connection

 

 

   

�gӭ�����ԃӆُ(g��u)WIKA O-10��T��  O-10��5�� ͨ���͉���׃���� ����Һ���≺�É��s�C(j��)

�Ԓ: 56291930 15910733293

���棺

QQ��823377546 1491421115 2636968574

�]��:sales@zoriver.cn

��˾�پW(w��ng)��http://www.zoriver.cn      http://www.zoriver.com.cn

ԓ��˾�a(ch��n)Ʒ��� WIKA�������ضȃx�� ��ʿTRAFAG�������ضȃx��

B0501ͨ���͉���׃����

B0501 ͨ���͉���׃����
��
��
����Һ�����՚⡢���Tϵ�y(t��ng)���C(j��)܇�Ƅ�(d��ng)ϵ�y(t��ng)��ʯ�����ν𡢭h(hu��n)���������Ԅ�(d��ng)���ƺ͙z�y(c��)ϵ�y(t��ng)
��

���o(h��)ɢ���������ȫ���P䓽Y(ji��)��(g��u)����λ�����̬F(xi��n)��(ch��ng)���{(di��o)��С�ͻ����װ��b

���g(sh��)ָ��(bi��o)

�����̣�O��4kpa��35MPa���Դ��15��36VDC��ݔ����4��20mA���^�d��2-3���M���̣������ضȣ�-20��85��C���ض�Ư�ƣ�0.02%FS/�森���ȣ�����0.2%�����0.25%�����c(di��n)�{(di��o)��(ji��)��5% �����{(di��o)��(ji��)30%,����(w��n)���ԣ�0.1%FS/�꣮�y(c��)��ĤƬ��316���P䓣��⚤���o(h��)��IP65��늚��B�ӣ���|ʽ���Ӳ��ʽ��������ʽ���x

DC8702Techorͨ���͉���׃����

Ʒ��

Techorͨ���͉���׃����

��̖(h��o)

DC8702

�a(ch��n)Ʒ��(y��u)��(sh��)

����0.25%����늴���̖(h��o)�ɔ_

��(y��ng)���ИI(y��)

�m����Һ��ϵ�y(t��ng)�����(d��ng)ϵ�y(t��ng)�����{(di��o)�ӟ���I(l��ng)��

 

CYB11CYB11ϵ��ͨ���͉���׃����

CYB11ϵ��ͨ���͉���׃����

����һ���a(ch��n)Ʒ��(ji��n)��

    CYB11ϵ��ͨ���͉���׃���������ð댧(d��o)�w�U(ku��)ɢ�艺�������������÷Ŵ�·�M�ɣ��������DDZ-���̓x�������׽M�φ�Ԫ�������w�eС�����ȸ����·�{(di��o)ԇ���㡢�Ը�������������(qi��ng)�Ȯa(ch��n)Ʒ���c(di��n)���m���ڸ��N�Ǹ��g�Ը�����w�ĉ����y(c��)���Ϳ��������̷����������w��V��     ԓ�a(ch��n)Ʒ�V����(y��ng)���ڭh(hu��n)���������ʯ�͡�ұ�������յȹ��I(y��)�����I(l��ng)�������܃�(y��u)�����L(zh��ng)�����������܃r(ji��)��ȵĹ��I(y��)����׃����Ʒ�N��
 
�� �������g(sh��)����
�� �� �� ��
-100…0��10��50��100��600��KPa��
0��1��6��10��20…100��MPa��
�^ �d �� ��
2���M����
�y(c��) �� �� �|(zh��)
�Ǹ��g�Ը�����w
ݔ �� �� ̖(h��o)
4��20mA 0��10mA ������
1��5VDC 0��5VDC ������
�� � � ��
12��36VDC ����(bi��o)��ֵ��+24VDC��
�� �_ ��
±0.1%F.S     ±0.2%F.S    ±0.3%F.S
�L(zh��ng) �� ��(w��n) �� ��
≤±0.2%F.S/��
�a(b��) �� �� ��
��10��+70��
�� �|(zh��) �� ��
��20��+85��
��(ch��) �� �� ��
��40��+125��
� ��(y��ng) �r(sh��) �g
≤1ms
ؓ(f��) �d � ��
R=��U-12.5��/0.02-RD ���У�U���Դ늉���RD����|��(n��i)��
��       ��
��1×108����ѭ�h(hu��n) ��25�棩
�� �w �� ��
1Cr18Ni9Ti
�� �� �� ��
M20×1.5���Ñ��Զ�
� �� � ��
��˹�����^
�� �� �� ��(j��)
ExiaIICT6
�� �o(h��) �� ��(j��)
IP65
 

�� �����a(ch��n)Ʒ�a(ch��n)Ʒ���c(di��n)  

      ��߾�����ȫ���P䓽Y(ji��)��(g��u)       �񿹸ɔ_��(qi��ng)����(w��n)���Ժ�       �����܃�(y��u)�����L(zh��ng)����       ��С�ɾ��������b����       �񱾰�����

�� �ġ����ͽY(ji��)��(g��u)

���� ����
�� �� ���x��

ԓ��˾�a(ch��n)Ʒ��� �����_�P(gu��n) ������ �׃���� �o(w��)��ӛ䛃x Һλ�a(ch��n)Ʒ ����?j��)x�� �Q�؂����� �ضȃx�� �����x�� ���ܔ�(sh��)�@�������ƃx�� ���ܔ�(sh��)�։����� USB���ٔ�(sh��)��(j��)�ɼ�����ϵ�y(t��ng) Һ�w���������� 3351���ʽ����׃���� ���xʽ�������/׃���� ���xʽ���������� ���w���������� �������q�ϵ�о���λ�Ƃ�����WYJL ƽ����ʽ�Q�؂�����CZL600 ����(qi��ng)���g�ضȂ����� WZP230F

���®a(ch��n)Ʒ

���T�x���� Һ��ɫ�V�x ����ɫ�V�x ԭ�ӟɹ���V�x ��Ҋ�ֹ���Ӌ(j��) Һ�|(zh��)“(li��n)�Ãx ����ԇ�(y��n)�C(j��) ���Ӌ(j��)��PHӋ(j��)�� �x�ęC(j��) �����x�ęC(j��) ����x�ęC(j��) �����@΢�R �����@΢�R ��(bi��o)��(zh��n)���|(zh��) ����ԇ��