亚洲欧洲二区_久久精品三_伦一理一级一a一片_中国做受xxxxxaaaa_自拍av在线_欧洲一区二区视频在线观看

6ES7321-1BL00-0AA0SIEMENS���T(m��n)��S7-300ϵ��PLCݔ��/ݔ����(sh��)��ģ�K32xI/O,20.4-28.8Vֱ��

SIEMENS���T(m��n)��S7-300ϵ��PLCݔ��/ݔ����(sh��)��ģ�K32xI/O,20.4-28.8Vֱ���a(ch��n)Ʒ��(ji��n)�飺�|ݸ�����J늚����޹�˾�����F(xi��n)؛��(y��u)�r(ji��)����(y��ng)��Ʒȫ��ԭ�b���T(m��n)�Ӕ�(sh��)��ݔ��U(ku��)չģ�K��6ES7321-1BL00-0AA0�m�����_(k��i)�P(gu��n)�� 2/3/4 �� BERO���ӽ��_(k��i)�P(gu��n)����Siemens S7-300 ��(sh��)�ֺ�ģ�Mݔ��/ݔ��ģ�K���U(ku��)չģ�K�͸�����֧�� Siemens S7-300 PLC ϵ���� ÿ��(g��) S7-313 PLC CPU �����b�þ���ʹ�ö��_(d��) 8 ��(g��)�U(ku��)չģ�K�M(j��n)�ДU(ku��)չ�� S7-314 CPU �����b�ù��� 4 ��(g��)�U(ku��)չ�C(j��)�ܣ�ÿ��(g��)�U(ku��)չ�C(j��)�ܰ��� 8 ��(g��)�U(ku��)չģ�K�����ДU(ku��)չģ�K�����������������o���O(sh��)Ӌ(j��)LED ݔ����̖(h��o)��B(t��i)ָʾǰ����B���������ڈ�(zh��)��������������ɸ���(j��)��(y��ng)�Ì�(du��)�B�����M(j��n)�о��a���Ķ������B���e(cu��)�`�b�ò۾�̖(h��o)Ҏ(gu��)�t��ݔ��ĵ�ַ�c�۾�̖(h��o)����(du��)��(y��ng)��ʹ�� STEP 7 Lite ܛ������ģ�K���O(sh��)�Å���(sh��)��(sh��)��(j��)��������惦(ch��)�� �Ƴ�/���Qģ�K�r(sh��)����(sh��)��(j��)��(hu��)�Ԅ�(d��ng)�l(f��)�͵���ģ�K�����������ܵ��O(sh��)���e(cu��)6ES7321-1BL00-0AA0��(sh��)��ģ�K32xI/O,20.4-28.8Vֱ������(sh��)Ҏ(gu��)��������ϵ�У�SIMATIC S7-300ϵ�� ݔ�딵(sh��)Ŀ��32 ݔ���(l��i)�ͣ���(sh��)�� ʹ���ڣ�S7-300ϵ�� ݔ��/ݔ����(sh��)Ŀ��32 늉��(l��i)�e:20.4-28.8Vֱ�� �L(zh��ng)��:125mm ����:40mm ���:120mm �ߴ�:125 x 40 x 120 mm 6ES7321-1BL00-0AA0ݔ��/ݔ����(sh��)��ģ�K32xI/O,20.4-28.8Vֱ���a(ch��n)Ʒ����(c��)��һ�����T(m��n)�ӹ��I(y��)�Ԅ�(d��ng)��ϵ�y(t��ng)�����͂���(d��ng)���\(y��n)��(d��ng)����ϵ�y(t��ng)���͉��������(bi��o)��(zh��n)����(d��ng)�����T(m��n)�Ӕ�(sh��)�����ŷ�ϵ�y(t��ng):6SN ��6FX��6FC��; ���T(m��n)���ŷ�늙C(j��):1FT��1FK��1PH��; ���T(m��n)��ֱ���{(di��o)��������������l�ܡ��ɿع衢EUPEC��IGBT����ݡ���衢�L(f��ng)�C(j��)�ȣ�    �͉��a(ch��n)Ʒ��3LD��3RT��3RV��3RH��3RP��3RA��3RU��3RF��3RB��3RN��3RK��3RS��3RX��3RG��3RW30��3RW40��3RW44��3TC��3TK��3TD��3TH43��3TF68-69��3TX��3TY��3SB3��3SE��3SJ��3SF��3SX��3NA��3NY��3NP��3NH��3NW��3NE��3NC��3UG��3UA��3UF5��3UN��3UL��3KA6/7��3KL6/7��3KM��3KE��3WX36��

�������Z˹Crouzet���خa(ch��n)Ʒ��Ӌ(j��)��(sh��)�����ۼ������r(sh��)�g�^���. �����^�������������^���. 늉������^����� �l�ʿ����^���. �ÿ����^�����Һλ�����^�������λ���ضȿ����^������ٶȿ����^�����΢��(d��ng)�_(k��i)�P(gu��n)���г��_(k��i)�P(gu��n)����λ�_(k��i)�P(gu��n)�����(d��ng)Ԫ������

��������Wieland���Ӿ��������_(k��i)�P(gu��n)�Դ����ȫ�^��������d�������ӗU������

���������{(l��n)ϵ���_(k��i)�P(gu��n)���Դ���_(k��i)�P(gu��n)���x���_(k��i)�P(gu��n)�������늉��D(zhu��n)�Q�_(k��i)�P(gu��n)����ˮ�_(k��i)�P(gu��n)�ȡ�

 

ԓ��˾�a(ch��n)Ʒ���(l��i)�� HENGSTLER��ʿ��(l��)���a�� ���(d��ng)����Ԫ�� �D(zhu��n)�Q�_(k��i)�P(gu��n) �r(sh��)�g�^��� �۔��� ���|�� ��·�� ���o�_(k��i)�P(gu��n) PLCģ�K ΢��(d��ng)�_(k��i)�P(gu��n) �^��� Ӌ(j��)��(sh��)�� ��λ�_(k��i)�P(gu��n) �^��� ʩ�͵� Schneider ���Z˹ Crouzet ���T(m��n)��Siemens

6ES7132-6BH00-0BA0���T(m��n)��ET 200SP DQ 16X24VDC/0,5A ST��(sh��)��ģ�K

 �󞳣��Ϻ���늚�Ƽ����޹�˾
“(li��n)ϵ�ˣ����A���N(xi��o)�۽�(j��ng)����
24С�r(sh��)�N(xi��o)���Ԓ(hu��)��13764673569  QQ:1571591074
�a(ch��n)Ʒ��(ji��n)�����T(m��n)��ET 200SP DQ 16X24VDC/0,5A ST��(sh��)��ģ�K���Q(ch��ng)�����T(m��n)��ET200SP ��(sh��)����ģ�K
ӆ؛��̖(h��o)��6ES7132-6BH00-0BA0
�a(ch��n)Ʒ�f(shu��)����SIMATIC ET 200SP, DIGITAL OUTPUT MODULE, DQ 16X24VDC/0.5A STANDARD, FITS TO BU-TYPE A0, COLOR CODE CC00, MODULE DIAGNOSIS
�a(ch��n)�أ��‡�(gu��)����a(ch��n)Ʒ����(c��)���T(m��n)��ET 200SP DQ 16X24VDC/0,5A ST��(sh��)��ģ�K���T(m��n)��ET 200SP DQ 16X24VDC/0,5A ST��(sh��)��ģ�K�a(ch��n)Ʒ�Y��6ES7132-6BH00-0BA0
DQ 16X24VDC/0,5A ST
 
 
  • �a(ch��n)Ʒ��Ϣ��(x��)��(ji��)
  •  
  • ���g(sh��)��(sh��)��(j��)
  •  
  • CAx��(sh��)��(j��)
���g(sh��)��(sh��)��(j��)
SIMATIC ET 200SP, ��(sh��)�� ݔ��ģ�K, DQ 16x 24VDC/0.5A ��(bi��o)��(zh��n), passend ���� BU-Typ A0, �ɫ���a CC00, Modul-Diagnose
һ����Ϣ
�a(ch��n)Ʒ�(l��i)�͘�(bi��o)־ ET 200SP��DQ 16x 24 V DC/0.5 A ST ��(bi��o)��(zh��n)�ͣ�PU 1
�̼��汾 V1.0
�� �ɸ��¹̼� ��
���õĻ�����Ԫ BU �(l��i)�� A0
ģ�K���в�ɫ��(bi��o)�ư���ɫ���a CC00
�a(ch��n)Ʒ����
�� I&M ��(sh��)��(j��) ��; I&M0 �� I&M3
�����������
�� STEP 7 TIA �˿����ɽM�B(t��i) / �Ѽ������԰汾 V11 SP2 / V13
�� STEP 7 �ɽM�B(t��i)/ �Ѽ������԰汾 V5.5 SP3 / -
�� PCS 7 �ɽM�B(t��i)/����ʽ���԰汾 V8.1 SP1
�� PROFIBUS �汾 GSD �� / GSD ��ӆ������ GSD����ӆ�� 5
�� PROFINET �汾 GSD �� / GSD ��ӆ������ GSDML V2.3
�\(y��n)��ģʽ
�� DQ ��
�� ����(ji��)�ܹ��ܵ� DQ ��
�� PWM ��
�� �^(gu��)�ɘ� ��
�� MSO ��
����
�� ���๦�� ��
�Դ늉�
�~��ֵ (DC) 24 V
���S���������� (DC) 19.2 V
���S���������� (DC) 28.8 V
���O�Ա��o(h��) ��
ݔ�����
������������ֵ 60 mA; �o(w��)ؓ(f��)�d
ݔ��늉�
�~��ֵ (DC) 24 V
���ʓpʧ
���ʓpʧ������ֵ 1 W
��ַ����
ÿ��(g��)ģ�K�ĵ�ַ���g
�� ÿ��(g��)ģ�K�ĵ�ַ���g�����ֵ 2 byte
��(sh��)��ݔ��
��(sh��)��ݔ���(l��i)�� Դݔ����PNP�����ГQ P��
��(sh��)��ݔ���˔�(sh��)�� 16
M �_(k��i)�P(gu��n) ��
P �_(k��i)�P(gu��n) ��
��·���o(h��) ��
�� 푑�(y��ng)铣�����ֵ 0.7 �� 1.3 A
�Б�(y��ng)ʽ�P(gu��n)�]늉������� ����ֵ L+ (-50 V)
���Ɣ�(sh��)��ݔ�� ��
ݔ���˵�ͨ������
�� ���ؓ(f��)�d�r(sh��)�����ֵ 0.5 A
�� ����ؓ(f��)�d�r(sh��)�����ֵ 5 W
ؓ(f��)�d��跶��
�� ���� 48 Ω
�� ���� 12 kΩ
ݔ�����
�� ��(du��)����̖(h��o)“1”���~��ֵ 0.5 A
�� ᘌ�(du��)��̖(h��o)“0”��ʣ����������ֵ 0.1 mA
���ؓ(f��)�d�r(sh��)��ݔ�����t
�� ��“0”��“1”�r(sh��)������ֵ 50 µs
�� ��“1”��“0”�r(sh��)������ֵ 100 µs
�ɂ�(g��)ݔ���˲�“(li��n)
�� �������ӹ��� ��
�� �����������ؓ(f��)�d ��
�_(k��i)�P(gu��n)�l��
�� ���ؓ(f��)�d�r(sh��)�����ֵ 100 Hz
�� 늸�ؓ(f��)�d�r(sh��)�����ֵ 2 Hz
�� ����ؓ(f��)�d�r(sh��)�����ֵ 10 Hz
ݔ���˵Ŀ����
�� ÿ��(g��)ͨ���������� 0.5 A
�� ÿ��(g��)ģ�K�������� 8 A
ݔ���˵Ŀ������ÿ��(g��)ģ�K��
ˮƽ���bλ��
— ��߿��_(d��) 30 �棬���ֵ 8 A
— ��߿��_(d��) 40 �������ֵ 8 A
— ��߿��_(d��) 50 �������ֵ 6 A
— ��߿��_(d��) 60 �������ֵ 4 A
��ֱ���bλ��
— ��߿��_(d��) 30 �棬���ֵ 8 A
— ��߿��_(d��) 40 �������ֵ 6 A
— ��߿��_(d��) 50 �������ֵ 4 A
— ��߿��_(d��) 60 �棬���ֵ 4 A
��(d��o)���L(zh��ng)��
�� ���������ֵ 1 000 m
�� δ���������ֵ 600 m
�����nj�(sh��)�w��˾,�N(xi��o)�۵Įa(ch��n)Ʒһ�ɞ�ȫ��ԭ�b��Ʒ���|(zh��)��һ����
�����L(zh��ng)�ڵ̓r(ji��)�N(xi��o)��PLC,200��300��400��1200��1500��smart200��PLC������늙C(j��)�(q��)��(d��ng)���˙C(j��)�������|������׃�l����������|����(sh��)��ϵ�y(t��ng)����(sh��)���ŷ��(q��)��(d��ng)ģ�K������ģ�K���Դģ�K����Ʒ�������
�F(xi��n)؛����(y��ng)���gӭ��(l��i)���ԃ(x��n)ϵ�Юa(ch��n)Ʒ���ۿ۵���؛�ڜ�(zh��n)�r(sh��)�����҂��д�����(k��)��.�L(zh��ng)����Ч
Ʒ�|(zh��)���C����a(ch��n)Ʒ�|(zh��)�����a(ch��n)Ʒԭ�S�|(zh��)����(bi��o)��(zh��n)��
�������س�����������(j��ng)�I(y��ng)��ȫ��ԭ�b����(n��i)�a(ch��n)Ʒ�������谴��ȫ��ԭ�b����(n��i)�a(ch��n)Ʒ����(bi��o)��(zh��n)��؛�����˞���ϱ����|(zh��)��һ�꣩ͣ�a(ch��n)������|(zh��)�����꣩��
����Įa(ch��n)Ʒ���԰l(f��)���z�y(c��)���T(m��n)�z�y(c��)��Ҳ����ͨ�^(gu��)�a(ch��n)Ʒ�ϵ�����̖(h��o)��ԃ(x��n)��?zh��n)Ρ?/div>
���갴��ȫ��ԭ�b����(n��i)�a(ch��n)Ʒ����؛��(bi��o)��(zh��n)��؛���跽�յ�؛�����Ճ�(n��i)��������h������
�҂��u(m��i)�IJ��ǃr(ji��)�����u(m��i)�����\(ch��ng)���u(m��i)����Ʒ�|(zh��)��
�������۾��飨ȫ��ԭ�b����(n��i)�a(ch��n)Ʒ������Ո(q��ng)����ُ(g��u)�I(m��i)������r(ji��)��(y��u)���gӭ�xُ(g��u)���������](m��i)���ҵ�����Ҫ�Įa(ch��n)Ʒ��Ԓ(hu��)������“(li��n)ϵ�������������ϼܮa(ch��n)Ʒ�鲻�_(k��i)Ʊ�r(ji��)���������_(k��i)Ʊ������������(b��o)�r(ji��)����?y��n)����?h��o)��(sh��)��̫�࣬������Щ�](m��i)���ϼ���
ӆُ(g��u)�f(shu��)��ُ(g��u)��ע�����(xi��ng)��
������Ժ��s��ʽ���N(xi��o)�ۺ�ͬ���������_(k��i)��17%����ֵ���l(f��)Ʊ����ͨ�l(f��)Ʊ������l(f��)Ʊ�����c(di��n)���㹫˾�c��ҿ��f��˾��������S��ͨ��ͨ������ͨ��Ĭ�J(r��n)���f
����؛��r(sh��)��һ��Ҫ��(d��ng)�����f�I(y��)��(w��)�T�����_(k��i)��z�(y��n)؛���������������Ɠp��Ո(q��ng)�ܽ^�����������r(sh��)�Ԓ(hu��)�c�҂�“(li��n)ϵ���҂������r(sh��)̎����
���˱������I(m��i)�e(cu��)��̖(h��o)��Ո(q��ng)����(w��)�غˌ�(du��)�îa(ch��n)Ʒ��̖(h��o)�o(w��)�`���ڲ��_(k��i)��(bi��o)������?y��n)�a(ch��n)Ʒ��(bi��o)�����_(k��i)��o(w��)�������N(xi��o)�ۣ����Բ��_(k��i)��֧���˓Q؛��
�|(zh��)�����C·����(w��)�\(ch��ng)��·�r(ji��)��(sh��)��
�����N(xi��o)�۵Įa(ch��n)Ʒһ�ɞ�ԭ�b��Ʒ��
������ּ���������\(ch��ng)�Ş鱾����͞�������
���Ñ�(h��)�ṩ��(zhu��n)�I(y��)���Ԅ�(d��ng)���a(ch��n)Ʒ������(w��)��

949503HL��(sh��)��ģ�K�ӟ����ӟ��w

��(sh��)��ģ�K�ӟ����ӟ��w�a(ch��n)Ʒ�Y�ϣ�Advanced Digital 2 Block Dry Block Heater with Heated Lid, 230V����(sh��)��ģ�K�ӟ����ӟ��w��2�K

Talboys Advanced Dry Block Heater with Heated Lid is designed for applications that require repeatable results ��nd superior temperature stability. This multi-purpose unit is ideal for isothermal incubation, enzyme reactions, immunoassays, nucleic acid denaturation ��nd a wide variety of other laboratory procedures. Integrated support rod holder with locking knob accepts optional External Temperature Probe Kit. Optional External Temperature Probe Kit monitors actual block or sample temperature.

���M(j��n)�ӟ��w�����nj�(zhu��n)����Ҫ���؏�(f��)�ĽY(ji��)���̓�(y��u)Խ�Ĝضȷ�(w��n)���Եđ�(y��ng)����ԓ�๦�܆�Ԫ�Ǻ�����B(y��ng)�������ø����(y��ng)�����߷���������׃�Ժ��������N���ӵČ�(sh��)�(y��n)�ҳ������c�i�o���o���ܿ��x���ⲿ�ض�̽�^�׼�����֧�ΗU�ܡ����x���ⲿ�ض�̽�ԇ�����O(ji��n)�y(c��)��(sh��)�H�K����Ʒ�ض���

Dry Block Heater with Heated Lid accepts (1) one microplate block or (2) two separate interchangable modular blocks, accommodating various tube sizes from 0.2mL micro-tubes to test tubes or vials up to 85mm in height. Each block has a thermometer well for measuring block temperature. Efficient heating due to close tube-and-block contact with a low density design for exceptional temperature uniformity. The heated lid helps to regulate the temperature ��nd reduce the amount of condensation above the sample line for sealed samples. Dry Block Heaters require Talboys modular heating blocks for operation. Modular blocks are sold separately. Dry Block Heaters include a 5 year, industry leading limited warranty on parts ��nd labor.

�ӟ��w��������һ��(g��)΢�װ�K��1����2���ɂ�(g��)��(d��)����ͨ��ģ�K���m��(y��ng)���N�ܳߴ��0.2ml΢�͹�ԇ�ܻ�Сƿ�_(d��)85mm�߶ȡ�ÿһ�K�y(c��)���K�ضȵĜض�Ӌ(j��)����Ч�ļӟ����ڽӽ��ܺ�����ĜضȾ����Ե��ܶ��O(sh��)Ӌ(j��)�K���|���ӟ���w���������{(di��o)��(ji��)�ضȺͽ���������Ʒ�������ܷ��Ʒ�����ɉK�ӟ�����Ҫ�Р�����˹ģ�K��K������ģ�K�džΪ�(d��)���ۡ����K�ӟ�������һ��(g��)5�����ИI(y��)�I(l��ng)�ȵ��������˹����ޱ������a(ch��n)Ʒ��(y��u)��(sh��)��

Microprocessor Control΢̎��������

PID temperature control, with optional external RTD probe, affers a temperature stability as low as ±0.1°C. Samples are heated to temperature quickly ��nd accurately. Temperature is adjusted in ±0.1°C increments.

LED Display��LED�@ʾ

Touch pad controls with easy-to-read, independent LED displays for temperature, ��nd time. Provides repeatable ��nd accurate results every time ��nd is easily visible across lab benches. Shows set-point ��nd actual temperature. Timer will display elapsed time or, when programmed to user defined limit, will shut off unit when time reaches zero. Display will show last used settings, even after power has been turned off.

Audible Alarm•���(b��o)��

In timed mode, alarm will sound when time reaches zero ��nd when unit reaches set-point temperature.

Temperature Calibration Mode�ض�У��(zh��n)ģʽ

Allows user to calibrate unit to an external temperature device.

Caution Hot IndicatorС����ָ��(bi��o)

Hot warning symbol light is illuminated when temperature is above 40°C.

Overshoot Protection�^(gu��)�_���o(h��)

If the unit exceeds the set temperature by 10°C the unit will automatically stop heating.

CAUTION!ע��

To avoid possible electrical hazard, do not fill well or block opening with water or other fluids. Unit is designed as a dry bath/incubator.

�a(ch��n)Ʒ���c(di��n)��

Part #

949503HL

Temperature Range�ضȷ���

Ambient +5°C to 100°C

Applications��(y��ng)��

Isothermal incubation, enzyme reactions, immunoassays, nucleic acid denaturation ��nd a wide variety of other laboratory procedures.

Control Type

Digital

Temperature Stability at 37˚C��37��Ĝض���(w��n)����˚

± 0.2°C

Certifications

CE Mark

Block Capacity

2 block

Uniformity Within the Block at 37˚C�������K��(n��i)˚C 37

± 0.2°C

Warranty

5 year industry leading limited warranty on parts ��nd labor.

Frequency

50/60 Hz

Uniformity Across Similar Blocks at 37˚C�����Ե����ƵĉK37˚C

± 0.1°C

Unit Supplied With

Units include a 92" (234cm) detachable cord with Euro (type) plug.

Voltage

230V

Heat-Up Time to 100˚C

50 min.

Origin

Manufactured in the USA

Amps

1.65

Dimensions

15.4 x 8 x 7" (39.1 x 20.3 x 17.8 cm)

Price

 

Watts

400

Operating Conditions�����l��

Units can be run in conditions from 18 to 33°c (64 to 91°F), 20% to 80% relative humidity, non-condensing

 

 

Advanced Digital 2 Block Dry Block Heater with Heated Lid, 230V
ԓ��˾�a(ch��n)Ʒ���(l��i)�� VITLAB��(sh��)�(y��n)����Ʒ ���N��(sh��)�(y��n)�҃x���IJ� Bel-Art�a(ch��n)Ʒ Corning���N���(l��i) Corning���Nƿ�(l��i) Corning�IJ� 96�װ�ȹ߅PCR��|΢���x�Ĺ�|�x�Ĺ��w��|��Һ�����^|���w�x�Ĺ�|�x�Ĺܘ�Ʒ�� LABCON�a(ch��n)Ʒ 늌�(d��o)�x|���Ӌ(j��)|������ƽ|�Ԅ�(d��ng)�ζ��x|�����L(f��ng)����Ӌ(j��)|����������|�Ӿϵ�y(t��ng)|늴��׃x|����ϵ�y(t��ng)|��(x��)���ںσx|��yʽ�y(c��)���x|����y(c��)�z�x|��(x��)��Ӌ(j��)��(sh��)�x|ѪҺ��ɢ��|���w�z�y(c��)��|�ضȓu��̽�|��Һϵ�y(t��ng)|�y(c��)���x|����U(ku��)���x|Ѫ���^�y(c��)�x|ˮƽ�Ӿϵ�y(t��ng)|оƬԇ��ϵ�y(t��ng)|�����Ӿϵ�y(t��ng)|��(x��)������x|ø��(bi��o)�x|�@΢�R|��ɫӋ(j��)|����x �����x�ęC(j��)|�ӷN�h(hu��n)������|��•����ϴ�O(sh��)��|���(d��ng)��|ԇ����|��ձ�|ˮԡ�|��ؼӟ��O(sh��)��|�ӟ�ģ�K|���pƿϴ����|�_����|ͨ�����B(y��ng)��|�����s�z�t|������|����|��ՠt|��{��|���|(zh��)�C(j��)|��Ϸ�ɢ�O(sh��)��|��ʎ��|΢���x�ęC(j��)|����x�ęC(j��)|��s�x�ęC(j��)|������ȫ��|���⹤���_(t��i)|���������_(t��i)|�ɱ���(ch��)���|���əC(j��)|Һ����|��(d��ng)������C(j��)|�����_(t��i)|���͜ر���|�����|Һ��ɫ�V�� ϴ��Һ|����Һ|���z����|�͜�����|��������|��������|���o(h��)����|���o(h��)��|Ь��|��ñ|��ԇ��|N95���� VWR��(sh��)�(y��n)�ҷ��o(h��)��Ʒ �^(gu��)�V��/�^(gu��)�V�b�� ���B(y��ng)��|�����|�������B(y��ng)���������a(ch��n)���|����“(li��n)��|�^(gu��)�V��|��˹������|ճ��Ӌ(j��)|�����|Ϳ����|�ӷNᘡ��h(hu��n)|��(x��)���ε�|һ����耳�|��Һ��|�x�Ĺ�|��Һ��|�����|���^|���^|͸����|͸���A��|��Һ��|�o(w��)���ɘӴ�|��|ȡ�ӹ�|ԇ��ƿ|�V��ƿ|���B(y��ng)ƿ|�W�qƿ|ϴƿ|�x��ƿ|����ԇ��|����|��Ͳ|©��|��ƿ|ø��(bi��o)��|���Ĥ|���Ĥ|���z��|��Һ��|��x�ӽ��QĤ ��ɫָʾ�z��|��(bi��o)��|�߉�����z��|���ϡ��������X�ƷQ(ch��ng)���P(p��n)|�Q(ch��ng)����|��(x��)����Ѫ��Ӌ(j��)��(sh��)��|�ཡӋ(j��)��(sh��)��|�P�|ʽӋ(j��)��(sh��)��|�w��Ƭ|�d��Ƭ|����̎����|��(sh��)�(y��n)���J����ȫ��||����оƬ��Ƭ|���䡢���B(y��ng)��ض�Ӌ(j��)|��(sh��)�@�ض�Ӌ(j��)|ӛ䛃x|�๦�ܚ≺Ӌ(j��)|���r(sh��)��|���P䓺Y��|��(ji��n)��ϴ����|��(sh��)�(y��n)�ұ�Ͱ VWR��(sh��)�(y��n)������IJ� Corning�����a(ch��n)Ʒ VWR����|��W(xu��)�x��|�h(hu��n)���z�y(c��)|�L(f��ng)�ٜy(c��)��|���w�z�y(c��)������ϵ�y(t��ng) VWR��(sh��)�(y��n)�ҳ����O(sh��)�� VWR��(sh��)�(y��n)�ҳ��úIJ�

949503��(sh��)��ģ�K�ӟ���

 ��(sh��)��ģ�K�ӟ���Advanced Digital 2 Block Dry Block Heater, 230V

�a(ch��n)Ʒ�Y�ϣ�Talboys Advanced Digital Dry Block Heater is designed for applications that require repeatable results ��nd superior temperature stability. This multi-purpose unit is ideal for incubation ��nd activation of cultures, enzyme reactions, immunoassays, melting/boiling points ��nd a wide variety of other laboratory procedures. Integrated support rod holder with locking knob accepts optional External Temperature Probe Kit. Optional External Temperature Probe Kit monitors actual block or sample temperature.

���M(j��n)��(sh��)�ָ����nj�(zhu��n)����Ҫ���؏�(f��)�ĽY(ji��)���̓�(y��u)Խ�Ĝضȷ�(w��n)���Եđ�(y��ng)�á�ԓ�๦�܆�Ԫ�Ƿ����ͼ����Ļ��������ø����(y��ng)�����ߜy(c��)�������c(di��n)����c(di��n)���������N���ӵČ�(sh��)�(y��n)�ҳ������c�i�o���o���ܿ��x���ⲿ�ض�̽�^�׼�����֧�ΗU�ܡ����x���ⲿ�ض�̽�ԇ�����O(ji��n)�y(c��)��(sh��)�H�K����Ʒ�ض���

2 Block Dry Block Heater accepts separate interchangeable modular blocks, accommodating various tube sizes from 0.2mL micro-tubes to 50mL centrifuge tubes. Each block has a thermometer well for measuring block temperature. Efficient heating due to close tube-and-block contact for maximum heat retention. Dry Block Heaters require Talboys modular heating blocks for operation. Modular blocks are sold separately. Dry Block Heaters include a 5 year, industry leading limited warranty on parts ��nd labor.

2�K�������܆Ϊ�(d��)�Ŀɻ��Q��ģ�K���m��(y��ng)���N�ܳߴ��0.2ml΢�͹�50ml�x�Ĺ���ÿһ�K�y(c��)���K�ضȵĜض�Ӌ(j��)����Ч�ļӟ�ܣ����ڽӽ���󱣜؉K���|���ɉK�ӟ�����Ҫ�Р�����˹ģ�K��K������ģ�K�džΪ�(d��)���ۡ����K�ӟ�������һ��(g��)5�����ИI(y��)�I(l��ng)�ȵ��������˹����ޱ��ޮa(ch��n)Ʒ���c(di��n)��
Microprocessor Control PID temperature control, with optional RTD probe, offers a temperature stability as low as ± 0.1° C with temperature uniformity as low as ± 0.1° C. Samples are heated to temperature quickly ��nd accurately. Temperature is adjusted in ± 0.1° C increments.
LED Display Touch pad controls with easy-to-read, independent LED displays for temperature ��nd time. Provides repeatable ��nd accurate results every time ��nd is easily visible across lab benches. Shows set-point ��nd actual temperatures. Timer will display elapsed time or, when programmed to user defined limit, will shut off unit when time reaches zero. Display will show last used settings, even after power has been turned off.
Audible Alarm In timed mode, alarm will sound when time reaches zero ��nd when unit reaches set-point temperature.
Temperature Calibration Mode Allows user to calibrate unit to an external temperature device.
Caution Hot Indicator Hot warning symbol light is illuminated when temperature is above 40° C.
Overshoot Protection If the unit exceeds the set temperature by 10° C the unit will automatically stop heating.
CAUTION! To avoid possible electrical hazard, do not fill well or block opening with water or other fluids. Unit is designed as a dry bath/incubator.
����(sh��)Ҏ(gu��)��
Part # 949503 Temperature Range Ambient +5° C to 120° C Applications Denaturings proteins, DNA applications, ELISA ��nd other immunoassay studies.
Control Type Digital Temperature Stability at 37˚C ± 0.2° C Certifications CE Mark
Block Capacity 2 block Uniformity Within the Block at 37˚C ± 0.2° C Warranty 5 year industry leading limited warranty on parts ��nd labor.
Frequency 50/60 Hz Uniformity Across Similar Blocks at 37˚C ± 0.1° C Unit Supplied With Units include a 92" (234cm) detachable cord with Euro (type) plug.
Voltage 230V Heat-Up Time to 100˚C 50 min. Origin Manufactured in the USA
Amps 0.9 Dimensions 15.4 x 8 x 3.5" (39.1 x 20.3 x 8.9 cm) Price

 

Watts 210 Operating Conditions Units can be run in conditions from 18 to 33° C (64 to 91°F), 20% to 80% relative humidity, non-condensing    
��ģ�K�ӟ�����2�K��3�K��4�K��6�K������ҪՈ(q��ng)��(l��i)���ԃ(x��n)��Advanced Digital 2 Block Dry Block Heater, 230V
ԓ��˾�a(ch��n)Ʒ���(l��i)�� VITLAB��(sh��)�(y��n)����Ʒ ���N��(sh��)�(y��n)�҃x���IJ� Bel-Art�a(ch��n)Ʒ Corning���N���(l��i) Corning���Nƿ�(l��i) Corning�IJ� 96�װ�ȹ߅PCR��|΢���x�Ĺ�|�x�Ĺ��w��|��Һ�����^|���w�x�Ĺ�|�x�Ĺܘ�Ʒ�� LABCON�a(ch��n)Ʒ 늌�(d��o)�x|���Ӌ(j��)|������ƽ|�Ԅ�(d��ng)�ζ��x|�����L(f��ng)����Ӌ(j��)|����������|�Ӿϵ�y(t��ng)|늴��׃x|����ϵ�y(t��ng)|��(x��)���ںσx|��yʽ�y(c��)���x|����y(c��)�z�x|��(x��)��Ӌ(j��)��(sh��)�x|ѪҺ��ɢ��|���w�z�y(c��)��|�ضȓu��̽�|��Һϵ�y(t��ng)|�y(c��)���x|����U(ku��)���x|Ѫ���^�y(c��)�x|ˮƽ�Ӿϵ�y(t��ng)|оƬԇ��ϵ�y(t��ng)|�����Ӿϵ�y(t��ng)|��(x��)������x|ø��(bi��o)�x|�@΢�R|��ɫӋ(j��)|����x �����x�ęC(j��)|�ӷN�h(hu��n)������|��•����ϴ�O(sh��)��|���(d��ng)��|ԇ����|��ձ�|ˮԡ�|��ؼӟ��O(sh��)��|�ӟ�ģ�K|���pƿϴ����|�_����|ͨ�����B(y��ng)��|�����s�z�t|������|����|��ՠt|��{��|���|(zh��)�C(j��)|��Ϸ�ɢ�O(sh��)��|��ʎ��|΢���x�ęC(j��)|����x�ęC(j��)|��s�x�ęC(j��)|������ȫ��|���⹤���_(t��i)|���������_(t��i)|�ɱ���(ch��)���|���əC(j��)|Һ����|��(d��ng)������C(j��)|�����_(t��i)|���͜ر���|�����|Һ��ɫ�V�� ϴ��Һ|����Һ|���z����|�͜�����|��������|��������|���o(h��)����|���o(h��)��|Ь��|��ñ|��ԇ��|N95���� VWR��(sh��)�(y��n)�ҷ��o(h��)��Ʒ �^(gu��)�V��/�^(gu��)�V�b�� ���B(y��ng)��|�����|�������B(y��ng)���������a(ch��n)���|����“(li��n)��|�^(gu��)�V��|��˹������|ճ��Ӌ(j��)|�����|Ϳ����|�ӷN����h(hu��n)|��(x��)���ε�|һ����耳�|��Һ��|�x�Ĺ�|��Һ��|�����|���^|���^|͸����|͸���A��|��Һ��|�o(w��)���ɘӴ�|��|ȡ�ӹ�|ԇ��ƿ|�V��ƿ|���B(y��ng)ƿ|�W�qƿ|ϴƿ|�x��ƿ|����ԇ��|����|��Ͳ|©��|��ƿ|ø��(bi��o)��|���Ĥ|���Ĥ|���z��|��Һ��|��x�ӽ��QĤ ��ɫָʾ�z��|��(bi��o)��|�߉�����z��|���ϡ��������X�ƷQ(ch��ng)���P(p��n)|�Q(ch��ng)����|��(x��)����Ѫ��Ӌ(j��)��(sh��)��|�ཡӋ(j��)��(sh��)��|�P�|ʽӋ(j��)��(sh��)��|�w��Ƭ|�d��Ƭ|����̎����|��(sh��)�(y��n)���J����ȫ��||����оƬ��Ƭ|���������B(y��ng)��ض�Ӌ(j��)|��(sh��)�@�ض�Ӌ(j��)|ӛ䛃x|�๦�ܚ≺Ӌ(j��)|���r(sh��)��|���P䓺Y��|��(ji��n)��ϴ����|��(sh��)�(y��n)�ұ�Ͱ VWR��(sh��)�(y��n)������IJ� Corning�����a(ch��n)Ʒ VWR����|��W(xu��)�x��|�h(hu��n)���z�y(c��)|�L(f��ng)�ٜy(c��)��|���w�z�y(c��)������ϵ�y(t��ng) VWR��(sh��)�(y��n)�ҳ����O(sh��)�� VWR��(sh��)�(y��n)�ҳ��úIJ�

949501��(sh��)��ģ�K�ӟ���

 Advanced Digital 1 Block Dry Block Heater, 230V���M(j��n)�Ĕ�(sh��)��ģ�K�ӟ���

�a(ch��n)Ʒ�Y�ϣ���(sh��)��ģ�K�ӟ���Talboys Advanced Digital Dry Block Heater is designed for applications that require repeatable results ��nd superior temperature stability. This multi-purpose unit is ideal for incubation ��nd activation of cultures, enzyme reactions, immunoassays, melting/boiling points ��nd a wide variety of other laboratory procedures. Integrated support rod holder with locking knob accepts optional External Temperature Probe Kit. Optional External Temperature Probe Kit monitors actual block or sample temperature.

���M(j��n)��(sh��)�ָ����nj�(zhu��n)����Ҫ���؏�(f��)�ĽY(ji��)���̓�(y��u)Խ�Ĝضȷ�(w��n)���Եđ�(y��ng)����ԓ�๦�܆�Ԫ�Ƿ����ͼ����Ļ��������ø����(y��ng)�����ߜy(c��)�������c(di��n)����c(di��n)���������N���ӵČ�(sh��)�(y��n)�ҳ������c�i�o���o���ܿ��x���ⲿ�ض�̽�^�׼�����֧�ΗU�������x���ⲿ�ض�̽�ԇ�����O(ji��n)�y(c��)��(sh��)�H�K����Ʒ�ض���

1 Block Dry Block Heater accepts separate interchangeable modular blocks, accommodating various tube sizes from 0.2mL micro-tubes to 50mL centrifuge tubes. Each block has a thermometer well for measuring block temperature. Efficient heating due to close tube-and-block contact for maximum heat retention. Dry Block Heaters require Talboys modular heating blocks for operation. Modular blocks are sold separately. Dry Block Heaters include a 5 year, industry leading limited warranty on parts ��nd labor.

1�K�������܆Ϊ�(d��)�Ŀɻ��Q��ģ�K���m��(y��ng)���N�ܳߴ��0.2ml΢�͹�50ml�x�Ĺ���ÿһ�K�y(c��)���K�ضȵĜض�Ӌ(j��)����Ч�ļӟ�������ڽӽ���󱣜؉K���|���ɉK�ӟ�����Ҫ�Р�����˹ģ�K��K������ģ�K�džΪ�(d��)���ۡ����K�ӟ�������һ��(g��)5�����ИI(y��)�I(l��ng)�ȵ��������˹����ޱ�������Ҫ��(y��u)�c(di��n)��

Microprocessor Control PID temperature control, with optional RTD probe, offers a temperature stability as low as ± 0.1° C with temperature uniformity as low as ± 0.1° C. Samples are heated to temperature quickly ��nd accurately. Temperature is adjusted in ± 0.1° C increments.
LED Display Touch pad controls with easy-to-read, independent LED displays for temperature ��nd time. Provides repeatable ��nd accurate results every time ��nd is easily visible across lab benches. Shows set-point ��nd actual temperatures. Timer will display elapsed time or, when programmed to user defined limit, will shut off unit when time reaches zero. Display will show last used settings, even after power has been turned off.
Audible Alarm In timed mode, alarm will sound when time reaches zero ��nd when unit reaches set-point temperature.
Temperature Calibration Mode Allows user to calibrate unit to an external temperature device.
Caution Hot Indicator Hot warning symbol light is illuminated when temperature is above 40° C.
Overshoot Protection If the unit exceeds the set temperature by 10° C the unit will automatically stop heating.
CAUTION! To avoid possible electrical hazard, do not fill well or block opening with water or other fluids. Unit is designed as a dry bath/incubator.
����(sh��)Ҏ(gu��)��
Part # 949501 Temperature Range Ambient +5° C to 120° C Certifications CE Mark
Control Type Digital Temperature Stability at 37˚C ± 0.2° C Warranty 5 year industry leading limited warranty on parts ��nd labor.
Block Capacity 1 block Uniformity Within the Block at 37˚C ± 0.2° C Unit Supplied With Units include a 92" (234cm) detachable cord with Euro (type) plug.
Frequency 50/60 Hz Heat-Up Time to 100˚C 45 min. Origin Manufactured in the USA
Voltage 230V Dimensions 12.4 x 8 x 3.5" (31.5 x 20.3 x 8.9 cm) Price

 

Amps 0.5 Operating Conditions Units can be run in conditions from 18 to 33° C (64 to 91°F), 20% to 80% relative humidity, non-condensing    
Watts 110 Applications Denaturings proteins, DNA applications, ELISA ��nd other immunoassay studies.      
Advanced Digital 1 Block Dry Block Heater, 230V
ԓ��˾�a(ch��n)Ʒ���(l��i)�� VITLAB��(sh��)�(y��n)����Ʒ ���N��(sh��)�(y��n)�҃x���IJ� Bel-Art�a(ch��n)Ʒ Corning���N���(l��i) Corning���Nƿ�(l��i) Corning�IJ� 96�װ�ȹ߅PCR��|΢���x�Ĺ�|�x�Ĺ��w��|��Һ�����^|���w�x�Ĺ�|�x�Ĺܘ�Ʒ�� LABCON�a(ch��n)Ʒ 늌�(d��o)�x|���Ӌ(j��)|������ƽ|�Ԅ�(d��ng)�ζ��x|�����L(f��ng)����Ӌ(j��)|����������|�Ӿϵ�y(t��ng)|늴��׃x|����ϵ�y(t��ng)|��(x��)���ںσx|��yʽ�y(c��)���x|����y(c��)�z�x|��(x��)��Ӌ(j��)��(sh��)�x|ѪҺ��ɢ��|���w�z�y(c��)��|�ضȓu��̽�|��Һϵ�y(t��ng)|�y(c��)���x|����U(ku��)���x|Ѫ���^�y(c��)�x|ˮƽ�Ӿϵ�y(t��ng)|оƬԇ��ϵ�y(t��ng)|�����Ӿϵ�y(t��ng)|��(x��)������x|ø��(bi��o)�x|�@΢�R|��ɫӋ(j��)|����x �����x�ęC(j��)|�ӷN�h(hu��n)������|��•����ϴ�O(sh��)��|���(d��ng)��|ԇ����|��ձ�|ˮԡ�|��ؼӟ��O(sh��)��|�ӟ�ģ�K|���pƿϴ����|�_����|ͨ�����B(y��ng)��|�����s�z�t|������|����|��ՠt|��{��|���|(zh��)�C(j��)|��Ϸ�ɢ�O(sh��)��|��ʎ��|΢���x�ęC(j��)|����x�ęC(j��)|��s�x�ęC(j��)|������ȫ��|���⹤���_(t��i)|���������_(t��i)|�ɱ���(ch��)���|���əC(j��)|Һ����|��(d��ng)������C(j��)|�����_(t��i)|���͜ر���|�����|Һ��ɫ�V�� ϴ��Һ|����Һ|���z����|�͜�����|��������|��������|���o(h��)����|���o(h��)��|Ь��|��ñ|��ԇ��|N95���� VWR��(sh��)�(y��n)�ҷ��o(h��)��Ʒ �^(gu��)�V��/�^(gu��)�V�b�� ���B(y��ng)��|�����|�������B(y��ng)�С������a(ch��n)���|����“(li��n)��|�^(gu��)�V��|��˹������|ճ��Ӌ(j��)|�����|Ϳ����|�ӷN����h(hu��n)|��(x��)���ε�|һ����耳�|��Һ��|�x�Ĺ�|��Һ��|�����|���^|���^|͸����|͸���A��|��Һ��|�o(w��)���ɘӴ�|��|ȡ�ӹ�|ԇ��ƿ|�V��ƿ|���B(y��ng)ƿ|�W�qƿ|ϴƿ|�x��ƿ|����ԇ��|����|��Ͳ|©��|��ƿ|ø��(bi��o)��|���Ĥ|���Ĥ|���z��|��Һ��|��x�ӽ��QĤ ��ɫָʾ�z��|��(bi��o)��|�߉�����z��|�������������X�ƷQ(ch��ng)���P(p��n)|�Q(ch��ng)����|��(x��)����Ѫ��Ӌ(j��)��(sh��)��|�ཡӋ(j��)��(sh��)��|�P�|ʽӋ(j��)��(sh��)��|�w��Ƭ|�d��Ƭ|����̎����|��(sh��)�(y��n)���J����ȫ��||����оƬ��Ƭ|���������B(y��ng)��ض�Ӌ(j��)|��(sh��)�@�ض�Ӌ(j��)|ӛ䛃x|�๦�ܚ≺Ӌ(j��)|���r(sh��)��|���P䓺Y��|��(ji��n)��ϴ����|��(sh��)�(y��n)�ұ�Ͱ VWR��(sh��)�(y��n)������IJ� Corning�����a(ch��n)Ʒ VWR����|��W(xu��)�x��|�h(hu��n)���z�y(c��)|�L(f��ng)�ٜy(c��)��|���w�z�y(c��)������ϵ�y(t��ng) VWR��(sh��)�(y��n)�ҳ����O(sh��)�� VWR��(sh��)�(y��n)�ҳ��úIJ�

ԭ�b��Ʒ���T(m��n)�Ӕ�(sh��)��ģ�K6ES7223-1PM22-0XA8�F(xi��n)؛����(y��ng)

�a(ch��n)Ʒ��(ji��n)��ԭ�b��Ʒ���T(m��n)�Ӕ�(sh��)��ģ�K6ES7223-1PM22-0XA8�F(xi��n)؛����(y��ng)���Q(ch��ng)�����T(m��n)��S7-200PLC�U(ku��)չģ�K

ӆ؛��̖(h��o)��6ES7223-1PM22-0XA8

�a(ch��n)Ʒ�f(shu��)����EM 223 ��(sh��)����ݔ��/ݔ��ģ�K��32 ݔ��24 VDC/32 �^���ݔ��

�a(ch��n)�أ��Ї�(gu��)�a(ch��n)Ʒ����(c��)ԭ�b��Ʒ���T(m��n)�Ӕ�(sh��)��ģ�K6ES7223-1PM22-0XA8�F(xi��n)؛����(y��ng)ԭ�b��Ʒ���T(m��n)�Ӕ�(sh��)��ģ�K6ES7223-1PM22-0XA8�F(xi��n)؛����(y��ng)�a(ch��n)Ʒ�Y��6ES7223-1PM22-0XA8

EM223, 32DI DC24V/32DA REL., 2A/POINT-CN
 
 
  • �a(ch��n)Ʒ��Ϣ��(x��)��(ji��)
  •  
  • ���g(sh��)��(sh��)��(j��)

SIMATIC S7-200, DIGITAL I/O EM 223, FOR S7-22X CPU ONLY, 32 DI 24 V DC, SINK/SOURCE 32 DO RELAY, 2A/POINT THIS S7-200 CN PRODUCT HAS CE APPROVAL ONLY

 
 
 
�a(ch��n)Ʒ�x��S7-200CN ����̎���Ԫ CPU  ӆ؛̖(h��o)CPU 222 CN DC/DC/DC��8 ݔ��/6 ݔ�� 6ES7 212-1AB23-0XB8CPU 222 CN AC/DC/�^�����8 ݔ��/6 ݔ�� 6ES7 212-1BB23-0XB8CPU 224 CN DC/DC/DC��14 ݔ��/10 ݔ�� 6ES7 214-1AD23-0XB8CPU 224 CN AC/DC/�^�����14 ݔ��/10 ݔ�� 6ES7 214-1BD23-0XB8CPU 224XP CN DC/DC/DC��14 ݔ��/10 ݔ����PNP��  6ES7 214-2AD23-0XB8CPU 224XPsi CN DC/DC/DC��14 ݔ��/10 ݔ����NPN��  6ES7 214-2AS23-0XB8CPU 224XP CN AC/DC �^�����14 ݔ��/10 ݔ�� 6ES7 214-2BD23-0XB8CPU 226 CN DC/DC/DC��24 ݔ��/16 ݔ�� 6ES7 216-2AD23-0XB8CPU 226 CN AC/DC/�^�����24 ݔ��/16 ݔ�� 6ES7 216-2BD23-0XB8�U(ku��)չģ�K EM CNӆ؛̖(h��o)EM 221 CN ��(sh��)����ݔ��ģ�K��8 ݔ�� 24V DC  6ES7 221-1BF22-0XA8EM 221 CN ��(sh��)����ݔ��ģ�K��16 ݔ�� 24V DC  6ES7 221-1BH22-0XA8EM 222 CN ��(sh��)����ݔ��ģ�K��8 ݔ�� 24V DC  6ES7 222-1BF22-0XA8EM 222 CN ��(sh��)����ݔ��ģ�K��8 ݔ���^��� 6ES7 222-1HF22-0XA8EM 223 CN ��(sh��)����ݔ��/ݔ��ģ�K��4 ݔ��/4 ݔ�� 24V DC  6ES7 223-1BF22-0XA8EM 223 CN ��(sh��)����ݔ��/ݔ��ģ�K��4 ݔ�� 24V DC/4 �^���ݔ�� 6ES7 223-1HF22-0XA8EM 223 CN ��(sh��)����ݔ��/ݔ��ģ�K��8 ݔ��/8 ݔ�� 24V DC  6ES7 223-1BH22-0XA8EM 223 CN ��(sh��)����ݔ��/ݔ��ģ�K��8 ݔ��24V DC/8 �^���ݔ�� 6ES7 223-1PH22-0XA8EM 223 CN ��(sh��)����ݔ��/ݔ��ģ�K��16 ݔ��/16 ݔ�� 24V DC  6ES7 223-1BL22-0XA8EM 223 CN ��(sh��)����ݔ��/ݔ��ģ�K��16 ݔ�� 24V DC/16 �^���ݔ�� 6ES7 223-1PL22-0XA8EM 223 24V DC ��(sh��)�����M��ģ�K��32 ݔ��/32 ��(g��)ݔ�� 6ES7 223-1BM22-0XA8EM 223 24V DC ��(sh��)�����M��ģ�K��32 ݔ��/32 ��(g��)�^���ݔ�� 6ES7 223-1PM22-0XA8EM 231 CN ģ�M��ݔ��ģ�K��4 ݔ�� 6ES7 231-0HC22-0XA8EM 231 CN 2 ·ݔ������ 6ES7 231-7PB22-0XA8EM 231 CN 4 ·ݔ����ż 6ES7 231-7PD22-0XA8EM 232 CN ģ�M��ݔ��ģ�K��2 ݔ�� 6ES7 232-0HB22-0XA8EM 235 CN ģ�M��ݔ��/ݔ��ģ�K4 ݔ��/1 ݔ�� 6ES7 235-0KD22-0XA8SIMATIC S7-200 ����̎���Ԫ CPU  ӆ؛̖(h��o)CPU 221 DC/DC/DC��6 ݔ��/4 ݔ�� 6ES7 211-0AA23-0XB0CPU 221 AC/DC/�^�����6 ݔ��/4 ݔ�� 6ES7 211-0BA23-0XB0CPU 222 DC/DC/DC��8 ݔ��/6 ݔ�� 6ES7 212-1AB23-0XB0CPU 222 AC/DC/�^�����8 ݔ��/6 ݔ�� 6ES7 212-1BB23-0XB0CPU 224 DC/DC/DC��14 ݔ��/10 ݔ�� 6ES7 214-1AD23-0XB0CPU 224 AC/DC/�^�����14 ݔ��/10 ݔ�� 6ES7 214-1BD23-0XB0CPU 224XP DC/DC/DC��14 ݔ��/10 ݔ�� 6ES7 214-2AD23-0XB0CPU 224XPsi CN DC/DC/DC��14 ݔ��/10 ݔ����NPN��  6ES7 214-2AS23-0XB0CPU 224XP AC/DC/�^�����14 ݔ��/10 ݔ�� 6ES7 214-2BD23-0XB0CPU 226 DC/DC/DC��24 ݔ��/16 ݔ�� 6ES7 216-2AD23-0XB0CPU 226 AC/DC/�^�����24 ݔ��/16 ݔ�� 6ES7 216-2BD23-0XB0�U(ku��)չģ�K EMӆ؛̖(h��o)EM 221 ��(sh��)����ݔ��ģ�K��8 ݔ��24V DC  6ES7 221-1BF22-0XA0EM 221 ��(sh��)����ݔ��ģ�K��8 ݔ�루����120/230V AC��  6ES7 221-1EF22-0XA0EM 221 ��(sh��)����ݔ��ģ�K��16 ݔ�� 24V DC  6ES7 221-1BH22-0XA0EM 222 ��(sh��)����ݔ��ģ�K��8 ݔ�� 24V DC  6ES7 222-1BF22-0XA0EM 222 ��(sh��)����ݔ��ģ�K��8 ݔ�� �^��� 6ES7 222-1HF22-0XA0EM 222 ��(sh��)����ݔ��ģ�K��8 ݔ��������120/230V AC��  6ES7 222-1EF22-0XA0EM 222 ��(sh��)����ݔ��ģ�K��4 ݔ�� 24V DC – 5A  6ES7 222-1BD22-0XA0ӆ؛��(sh��)��(j��)EM 222 ��(sh��)����ݔ��ģ�K��4 ݔ���^��� – 10A  6ES7 222-1HD22-0XA0EM 223 ��(sh��)����ݔ��/ݔ��ģ�K��4 ݔ��/4 ݔ��24V DC 6ES7 223-1BF22-0XA0EM 223 ��(sh��)����ݔ��/ݔ��ģ�K��4 ݔ�� 24V DC/4 �^��� ݔ�� 6ES7 223-1HF22-0XA0EM 223 ��(sh��)����ݔ��/ݔ��ģ�K��8 ݔ��/8 ݔ�� 24V DC  6ES7 223-1BH22-0XA0EM 223 ��(sh��)����ݔ��/ݔ��ģ�K��8 ݔ��24V DC/8 �^��� ݔ�� 6ES7 223-1PH22-0XA0EM 223 ��(sh��)����ݔ��/ݔ��ģ�K��16 ݔ��/16 ݔ�� 24V DC  6ES7 223-1BL22-0XA0EM 223 ��(sh��)����ݔ��/ݔ��ģ�K��16 ݔ��24V DC/16 �^��� ݔ�� 6ES7 223-1PL22-0XA0EM 233 ��(sh��)����ݔ��/ݔ��ģ�K��32 ݔ�� 24V DC/32ݔ�� 6ES7 223-1BM22-0XA0EM 233 ��(sh��)����ݔ��/ݔ��ģ�K��32 ݔ�� 24V DC/32 �^��� ݔ�� 6ES7 223-1PM22-0XA0EM 231 ģ�M��ݔ��ģ�K��4 ݔ�� 6ES7 231-0HC22-0XA0EM 231 ģ�M��ݔ��ģ�K��8 ݔ�� 6ES7 231-0HF22-0XA0EM 231 2 ·ݔ������ 6ES7 231-7PB22-0XA0EM 231 4 ·ݔ������ 6ES7 231-7PC22-0XA0EM 231 4 ·ݔ����ż 6ES7 231-7PD22-0XA0EM 231 8 ·ݔ����ż 6ES7 231-7PF22-0XA0EM 232 ģ�M��ݔ��ģ�K��2 ݔ�� 6ES7 232-0HB22-0XA0EM 232 ģ�M��ݔ��ģ�K��4 ݔ�� 6ES7 232-0HD22-0XA0EM 235 ģ�M��ݔ��/ݔ��ģ�K 4 ݔ��/1 ݔ�� 6ES7 235-0KD22-0XA0EM 241 �{(di��o)�ƽ��{(di��o)��ģ�K 6ES7 241-1AA22-0XA0EM 253 ��λģ�K 6ES7 253-1AA22-0XA0EM 277 Profi bus-DP ģ�K 6ES7 277-0AA22-0XA0CP 243-1 ��̫�W(w��ng)ģ�K 6GK7 243-1EX00-0XE0CP 243-1 IT ����̫�W(w��ng)ģ�K 6GK7 243-1GX00-0XE0CP 243-2 AS-i �ӿ�ģ�K 6GK7 243-2AX01-0XA0������| ӆ؛̖(h��o)MC 291��32K x 8 EEPROM �惦(ch��)���� 6ES7 291-8GE20-0XA0�惦(ch��)����64Kbytes  6ES7 291-8GF23-0XA0�惦(ch��)����256Kbytes  6ES7 291-8GH23-0XA0CC 292��CPU 22X �r(sh��)�/����늳غ� 6ES7 297-1AA20-0XA0�� CPU 221 �� 222 �r(sh��)犿�������늳ؿ����ܣ����•r(sh��)犿�ֻ������һ�� CPU �й������•r(sh��)犿������ڵڶ��� CPU �й�����ԭ�r(sh��)犿���������һ�� CPU �й�����6ES7 297-1AA23-0XA0BC 293��CPU 22X 늳غ� 6ES7 291-8BA20-0XA0�U(ku��)չ��|��I/O �U(ku��)չ��0.8 ����CPU 22X/EM  6ES7 290-6AA20-0XA0����ͨӍ��|��PC/PPI��RS232/485 �D(zhu��n)�Q������늸��x����� 187.5K ��������֧�ֶ���վ 6ES7 901-3CB30-0XA0����ͨӍ��|��PC/PPI��USB/RS485 �D(zhu��n)�Q������늸��x����� 187.5K ��������֧�ֶ���վ 6ES7 901-3DB30-0XA0����ܛ�� ӆ؛̖(h��o)STEP 7-Micro/Win 32��V4.0�����Ñ�(h��)�ڙ�(qu��n)������ SP6 ����(j��)����  6ES7 810-2CC03-0YX0STEP 7-Micro/Win 32��V4.0������(j��)�ڙ�(qu��n) 6ES7 810-2CC03-0YX3PC ACCESS V1.0��Single license F.1 Installation��  6ES7 840-2CC01-0YX0PC ACCESS V1.0��Multicopy license��  6ES7 840-2CC01-0YX1STEP 7-Micro/Win Add-on��STEP 7-Micro/Win 32 ָ���(k��)��V1.1��CD-ROM��  6ES7 830-2BC00-0YX0��|���W(w��ng)�j(lu��)�B�������Д��� ӆ؛̖(h��o)MPI ��| 6ES7 901-0BF00-0AA0Profi bus __��| 6XVI 830-0AH10�W(w��ng)�j(lu��)�����B�����������̿ڣ���ֱ��|���� 6ES7 972-0BB12-0XA0�W(w��ng)�j(lu��)�����B�������������̿�����ֱ��|���� 6ES7 972-0BA12-0XA0�W(w��ng)�j(lu��)�����B�������������̿ڣ�35º ��ֱ��|���� 6ES7 972-0BA41-0XA0�W(w��ng)�j(lu��)�����B�����������̿���35º ��ֱ��|����  6ES7 972-0BB41-0XA0ӆ؛��(sh��)��(j��)CPU 22x/EM �����B�ӉK��7 ��(g��)���ӣ��ɲ�ж 6ES7 292-1AD20-0AA0CPU 22x/EM �����B�ӉK��12 ��(g��)�������ɲ�ж 6ES7 292-1AE20-0AA0RS-485 IP20 ���^�������x 6ES7 972-0AA00-0XA0���� ӆ؛̖(h��o)�ӵض�����10 ��(g��) 6ES5 728-8MA11�F(xi��n)��(ch��ng)�Ӿ���������12 ��(g��)���ӣ����� CPU 221��CPU 222��10��(g��)/�� 6ES7 290-2AA00-0XA0���ö����w�壨1 �ף����������N CPU �͔U(ku��)չģ�K 6ES7 291-3AX20-0XA08 ��(g��)���Ӕ�(sh��)����ݔ��ģ�M�_(k��i)�P(gu��n)������ CPU ���U(ku��)չģ�K 6ES7 274-1XF00-0XA014 ��(g��)���Ӕ�(sh��)����ݔ��ģ�M�_(k��i)�P(gu��n)������ CPU ���U(ku��)չģ�K 6ES7 274 1XH00-0XA024 ��(g��)���Ӕ�(sh��)����ݔ��ģ�M�_(k��i)�P(gu��n)������ CPU ���U(ku��)չģ�K 6ES7 274 1XK00-0XA0�Q(ch��ng)��ģ�K��SIWAREX MS�� ӆ؛̖(h��o)SIWAREX MS �Q(ch��ng)��ģ�K 7MH4930-0AA01SIWATOOL ��|• 2m 7MH4702-8CA• 5m 7MH4702-8CB���ΊA���B�����Όӣ� 6ES5728-8MA11GpRS MD 720-3��GPRS ͨӍģ�K��ӆ؛̖(h��o)SINAUT MD720-3 GPRS �{(di��o)�ƽ��{(di��o)�� 6NH9 720-3AA0SIMATIC S7-200 PC/PPI ��|�����ڌ� S7-200 �� MD720-3 �B�ӵ�һ�� 6ES7 901-3CB30-0XA0ANT794-4MR��GPRS �쾀 6NH9 860-1AA00SINAUT MICRO SC8�������c S7-200 ͨӍ�� OPC ����(w��)����8 ��(g��)�h(yu��n)��վ���B�ӹ��� 6NH9 910-0AA10-0AA3SINAUT MICRO SC64�������c S7-200 ͨӍ�� OPC ����(w��)����64 ��(g��)�h(yu��n)��վ���B�ӹ��� 6NH9 910-0AA10-0AA6SINAUT MICRO SC256�������c S7-200 ͨӍ�� OPC ����(w��)����256 ��(g��)�h(yu��n)��վ���B�ӹ��� 6NH9 910-0AA10-0AA8S7-200 ϵ�y(t��ng)�փ�(c��)ӆ؛̖(h��o)Ӣ��ϵ�y(t��ng)�փ�(c��) 6ES7 298-8FA22-8BH0����ϵ�y(t��ng)�փ�(c��) 6ES7 298-8FA22-8FH0�@ʾ������� HMIӆ؛̖(h��o)TD400C �{(l��n)ɫ���� LCD��4 ���ı��@ʾ�������Զ��xǰ��� 6AV6 640-0AA00-0AX0Smart 700��7���� ������256 ɫ���|���� 6AV6 648-0AC11-3AX0Smart 1000��10.2���� ������256 ɫ���|���� 6AV6 648-0AE11-3AX0OP 73micro 3" LCD����ɫ����Ĥ�I�P(p��n) 6AV6 640-0BA11-0AX0OP 73 3" LCD��160 x 48 ���أ���ɫ��8 ��(g��)ϵ�y(t��ng)�I��4 ��(g��)�����I 6AV6 641-0AA11-0AX0OP 77B 4.5" LCD��160 x 48 ���أ���ɫ��23 ��(g��)ϵ�y(t��ng)�I��8 ��(g��)�����I��4 ��(g��) LED����1024KB ��(n��i)�� 6AV6 641-0CA01-0AX1TP 177A 6 mono 5.7"����ɫ  6AV6 642-0AA11-0AX1TP 177B DP 6 mono 5.7"����ɫ��2MB �Ñ�(h��)��(n��i)�� 6AV6 642-0BC01-1AX1TP 177B PN/DP 6 color 5.7"��256 ɫ��2MB �Ñ�(h��)��(n��i)�� 6AV6 642-0BA01-1AX1OP 177B DP 6 mono 5.7"����ɫ��2MB �Ñ�(h��)��(n��i)�� 6AV6 642-0DC01-1AX1OP 177B PN/DP 6 color 5.7"��256 ɫ��2MB �Ñ�(h��)��(n��i)�� 6AV6 642-0DA01-1AX1OP 277-6 TFT 5.7"��256ɫ��4MB �Ñ�(h��)��(n��i)�� 6AV6 643-0BA01-1AX0TP 277-6 TFT 5.7"��256 ɫ��4MB �Ñ�(h��)��(n��i)�� 6AV6 643-0AA01-1AX0MP 277-8 Touch TFT 7.5"��64k ɫ��480 x 640 ������6MB �Ñ�(h��)��(n��i)�� 6AV6 643-0CB01-1AX1MP 277-8 Keys 7.5"��64k ɫ��38 ��(g��)ϵ�y(t��ng)�I��26 ��(g��)�����I��8LED����6MB �Ñ�(h��)��(n��i)�� 6AV6 643-0DB01-1AX1MP 277-10" Touch 10.4��64k ɫ��6MB �Ñ�(h��)��(n��i)�� 6AV6 643-0CD01-1AX1MP 277-10" Keys 10.4��64k ɫ��38 ��(g��)ϵ�y(t��ng)�I��36 ��(g��)�����I��28LED����6MB �Ñ�(h��)��(n��i)�� 6AV6 643-0DD01-1AX1KTP 600 Basic color DP TFT 5.7 Ӣ�� 256 ɫ 320x240 �������|������6 ��(g��)���I��32KB ��(n��i)���W�� 6AV6 647-0AC11-3AX0KTP 1000 Basic color DP TFT 10.4 Ӣ����256 ɫ��640x480 �������|������8 ��(g��)���I��32KB ��(n��i)���W�� 6AV6 647-0AE11-3AX0WinCC flexible 2008 �Ї�(gu��)��(bi��o)��(zh��n)��M�B(t��i)ܛ�� 6AV6 612-0AA31-3CA8WinCC flexible 2008 ���ޘ�(bi��o)��(zh��n)��M�B(t��i)ܛ�� 6AV6 612-0AA11-3CA5WinCC flexible 2008 ���޸߼�(j��)��M�B(t��i)ܛ�� 6AV6 613-0AA11-3CA5
�����L(zh��ng)�ڵ̓r(ji��)�N(xi��o)��PLC,200��300��400��1200��1500��smart200��PLC������늙C(j��)�(q��)��(d��ng)���˙C(j��)���棬�|������׃�l����������|����(sh��)��ϵ�y(t��ng)����(sh��)���ŷ��(q��)��(d��ng)ģ�K������ģ�K���Դģ�K����Ʒ����ȡ��F(xi��n)؛����(y��ng)���gӭ��(l��i)���ԃ(x��n)ϵ�Юa(ch��n)Ʒ���ۿ۵ͣ�؛�ڜ�(zh��n)�r(sh��)�����҂��д�����(k��)�����L(zh��ng)����ЧƷ�|(zh��)���C����a(ch��n)Ʒ�|(zh��)�����a(ch��n)Ʒԭ�S�|(zh��)����(bi��o)��(zh��n)���������س�����������(j��ng)�I(y��ng)��ȫ��ԭ�b����(n��i)�a(ch��n)Ʒ�������谴��ȫ��ԭ�b����(n��i)�a(ch��n)Ʒ����(bi��o)��(zh��n)��؛�����˞���ϱ����|(zh��)��һ�꣩ͣ�a(ch��n)������|(zh��)�����꣩������Įa(ch��n)Ʒ���԰l(f��)���z�y(c��)���T(m��n)�z�y(c��)��Ҳ����ͨ�^(gu��)�a(ch��n)Ʒ�ϵ�����̖(h��o)��ԃ(x��n)��?zh��n)������갴��ȫ��ԭ�b����(n��i)�a(ch��n)Ʒ����؛��(bi��o)��(zh��n)��؛���跽�յ�؛�����Ճ�(n��i)��������h�������҂��u(m��i)�IJ��ǃr(ji��)�����u(m��i)�����\(ch��ng)���u(m��i)����Ʒ�|(zh��)���������۾��飨ȫ��ԭ�b����(n��i)�a(ch��n)Ʒ������Ո(q��ng)����ُ(g��u)�I(m��i)������r(ji��)��(y��u)���gӭ�xُ(g��u)���������](m��i)���ҵ�����Ҫ�Įa(ch��n)Ʒ��Ԓ(hu��)������“(li��n)ϵ�������������ϼܮa(ch��n)Ʒ�鲻�_(k��i)Ʊ�r(ji��)���������_(k��i)Ʊ������������(b��o)�r(ji��)����?y��n)����?h��o)��(sh��)��̫����������Щ�](m��i)���ϼ���
ӆُ(g��u)�f(shu��)��ُ(g��u)��ע�����(xi��ng)��
������Ժ��s��ʽ���N(xi��o)�ۺ�ͬ���������_(k��i)��17%����ֵ���l(f��)Ʊ����ͨ�l(f��)Ʊ������l(f��)Ʊ�����c(di��n)���㹫˾�c��ҿ��f��˾��������S��ͨ��ͨ������ͨ��Ĭ�J(r��n)���f
����؛��r(sh��)��һ��Ҫ��(d��ng)�����f�I(y��)��(w��)�T�����_(k��i)��z�(y��n)؛���������������Ɠp��Ո(q��ng)�ܽ^�����������r(sh��)�Ԓ(hu��)�c�҂�“(li��n)ϵ���҂������r(sh��)̎����
���˱������I(m��i)�e(cu��)��̖(h��o)��Ո(q��ng)����(w��)�غˌ�(du��)�îa(ch��n)Ʒ��̖(h��o)�o(w��)�`���ڲ��_(k��i)��(bi��o)������?y��n)�a(ch��n)Ʒ��(bi��o)�����_(k��i)��o(w��)�������N(xi��o)�������Բ��_(k��i)��֧���˓Q؛��
�|(zh��)�����C·����(w��)�\(ch��ng)��·�r(ji��)��(sh��)��
�����N(xi��o)�۵Įa(ch��n)Ʒһ�ɞ�ԭ�b��Ʒ��
������ּ���������\(ch��ng)�Ş鱾����͞����ģ�
����ṩ��(zhu��n)�I(y��)���Ԅ�(d��ng)���a(ch��n)Ʒ������(w��)��

1756-IA161756-IA16��(sh��)��ģ�K

����(gu��)ABPLC�؃r(ji��)��(k��)�棬ABPLCһ��(j��)����

1756-L61S��1756-L55M22����1756-IB32��1756-IC16��1756-IG16��1756-IH16I��1756-IH16ISOE��1756-IM16I��1746-HSTEP1  1756-L55��1756-L55M12��1756-L55M13��1756-L55M14��1756-L55M16��1756-OB16E��1756-OB16I��1756-OB16IS��1756-OB32��1756-OB8��1756-OB8EI��1756-OB8I��1756-OC8��1756-OH8I��1756-ON8��1756-OV16E��1756-OV32E��1747-L543   1747-L532   1747-DCM   1747-SN   1747-KE   1756-IN16��1756-IV16��1756-IV32��1756-OA16��1756-OA16I��1756-OA8��1756-OA8D��1756-OA8E��1756-OB16D�� 1756-L62��1756-L62S��1747-L524   SST-PFB-SLC   1746-FI04V   1746-HS  1746-IB32  1756-L63��1756-L64��1756-LSP��1756-M12��1756-M13��1756-M14��1756-M16��1756-M22��1756-M23��1756-M24��1784-CF64��1756-A10��1756-A13��1756-A17��1756-A4��1756-A7��1756-IA16��1756-IA16I��1756-IA32��1756-IA8D��1756-IB16��1756-IB16D��1756-IB16I��1756-IB16ISOE 1746-NO4V   1746-IA16   1756-DMCF010��1756-DMCF030��1756-TBCH��1756-TBE��1756-TBNH��1756-TBS6H��1756-TBSH��1756-CN2R��1756-CNB��1756-CNBR��1756-EN2T��1756-ENBT��1756-EWEB��1756-TC15��1756-DH485��1756-DHRIO��1756-JMPR��1756-N2��1756-CP3��1756-DPALEN��1756-STRT4   1747-L542   1746-OVP16   1746-HSCE2   1746-P1    1756-IF16��1746-P2   1746-A4   1746-A7   1746-A13   1746-M13   1746-IV16   1746-IM16   1746-NI4   1347-IBT16   1756-IF4FXOF2F��1756-IF6CIS��1756-IF6I��1756-IF8��1756-IF8H��1756-IR6I��1756-IT6I��1756-IT6I2��1756-OF4��1756-OF6CI��1756-OF6VI��1756-OF8��1756-OF8H��1756-OG16��1756-CFM��1756-ENBT��1756-CNB 1756-HSC��1756-HYD02��A-B 1746-IB16 15 ��(sh��)����ݔ��ģ�K PLC A-B 1746-IB32 5 ��(sh��)����ݔ��ģ�K PLC A-B 1746-IM16 15 ��(sh��)����ݔ��ģ�K PLC A-B 1746-N2 10 PLC A-B 1746-NO4I 1 ģ�M��ݔ��ģ�K PLC A-B 1746-OB16 14 ��(sh��)����ݔ��ģ�K PLC A-B 1746-OB32 10 ��(sh��)����ݔ��ģ�K PLC A-B 1746-OW16 15 ��(sh��)����ݔ��ģ�K PLC A-B 1746-P4 5 �Դ��Ԫ PLC A-B 1747-L541 2 �ɾ��̽K�� PLC A-B 1756-A13 5 PLC�װ� PLC A-B 1756-A7 2 PLC�װ� PLC A-B 1756-BA1 9 PLC A-B 1756-CNBR 2 ͨӍģ�K PLC A-B 1756-ENBT 5 ͨӍģ�K PLC A-B 1756-IB32 8 ��(sh��)����ݔ��ģ�K PLC A-B 1756-IF8 4 ģ�M��ݔ��ģ�K PLC A-B 1756-L62 1 CPU��Ԫ PLC A-B 1756-OB32 12 ��(sh��)����ݔ��ģ�K PLC A-B 1756-PA72 1 �Դ��Ԫ PLC A-B 1756-TBCH 15 PLC A-B 1756-A13 5 PLC�װ� PLC A-B 1746-P2 15 �Դ��Ԫ PLC A-B 1756-A7 2 PLC�װ� PLC A-B 1756-BA1 10 PLC  A-B 1756-A7 2 PLC�װ� PLC A-B 1756-BA1 10 PLC A-B 1756-BA1 9 PLC A-B 1756-CNBR 1 ͨӍģ�K PLC A-B 1756-CNBR 2 ͨӍģ�K PLC A-B 1756-CNBR 2 ͨӍģ�K PLC A-B 1756-CP3 1 ���܆�Ԫ���Q(ch��ng) PLC A-B 1747-L542 2 �ɾ��̽K�� PLC A-B 1756-ENBT 3 ͨӍģ�K PLC A-B 1756-ENBT 5 ͨӍģ�K PLC A-B 1756-A10 3 PLC�װ� PLC A-B 1756-IB32 8 ��(sh��)����ݔ��ģ�K PLC A-B 1756-A13 3 PLC�װ� PLC A-B 1756-A7 3 PLC�װ� PLC A-B 1756-IF8 4 ģ�M��ݔ��ģ�K PLC A-B 1756-BA1 1 PLC A-B 1756-ENBT 2 ͨӍģ�K PLC A-B 1756-L62 1 CPU��Ԫ PLC A-B 1756-OB32 12 ��(sh��)����ݔ��ģ�K PLC A-B 1756-PA72 1 �Դ��Ԫ PLC A-B 1756-TBCH 15 PLC A-B 1756-TBNH 15 PLC  A-B 1756-A7 5 PLC�װ� PLC  A-B 1756-IB32 8 ��(sh��)����ݔ��ģ�K PLC A-B 1756-IF8 5 ģ�M��ݔ��ģ�K PLC A-B 1756-L62 2 CPU��Ԫ PLC  A-B 1756-OB32 15 ��(sh��)����ݔ��ģ�K PLC  A-B 1756-OF8 8 ģ�M��ݔ��ģ�K PLC A-B 1756-PA72 10 �Դ��Ԫ PLC  A-B 1756-ENBT 3 ͨӍģ�K PLC A-B 1756-ENBT 5 ͨӍģ�K PLC A-B 1756-A10 3 PLC�װ� PLC A-B 1756-IB32 8 ��(sh��)����ݔ��ģ�K PLC A-B 1756-A13 3 PLC�װ� PLC A-B 1756-A7 3 PLC�װ� PLC A-B 1756-IF8 4 ģ�M��ݔ��ģ�K PLC A-B 1756-BA1 1 PLC A-B 1756-ENBT 2 ͨӍģ�K PLC A-B 1756-L62 1 CPU��Ԫ PLC A-B 1756-ENBT 1 ͨӍģ�K PLC A-B 1756-IF8 1 ģ�M��ݔ��ģ�K PLC A-B 1756-OB32 12 ��(sh��)����ݔ��ģ�K PLC A-B 1756-L62 1 CPU��Ԫ PLC A-B 1756-OB32 3 ��(sh��)����ݔ��ģ�K PLC

ԓ��˾�a(ch��n)Ʒ���(l��i)�� ʩ�͵� E+H CCS UE GE

���®a(ch��n)Ʒ

���T(m��n)�x���� Һ��ɫ�V�x ����ɫ�V�x ԭ�ӟɹ���V�x ��Ҋ(ji��n)�ֹ���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��
��վ֩���ģ�壺 久久小视频 | 日韩精品视频在线观看一区 | 99视频精品全国免费 | 尤物一区 | 精品成人佐山爱一区二区 | 亚洲欧美视频播放 | 521a人成v香蕉网站 | 大地资源免费视频观看动漫 | 麻豆91网站 | 久久久国内| 亚洲日韩欧美一区二区在线 | 亚洲精品日韩在线观看 | 精品久久久三级丝袜 | 国产村民一二三区 | 91精品国产视频 | 99re视频精品 | 亚洲国产精品一区二区第四页av | 村上丽奈 av作品 | 成人AV导航| 国产99久久久精品 | 久久99精品久久只有精品 | 老司机永久免费视频 | 麻豆精品视频在线观看 | 55sss.com性图片区 | 麻豆91爱爱| 九九热这里只有 | 久久一区二区视频 | 韩国一级黄色毛片 | 日韩av大片在线 | 99麻豆久久久国产精品免费 | 亚洲一区二区免费看 | 国产嫩草影院久久久久 | 国产热RE99久久6国产精品首页 | 亚洲综合大片69999 | 成人精品鲁一区一区二区 | 亚洲成人福利网 | 99爱在线视频 | 国产麻豆一精品一av一免费 | 成人AV鲁丝片一区二区免费 | 国产黄色影视 | 国产欧美一区二区在线播放 |