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AMS ROTATING MACHINERY MONITORING
EZ1900-040
EZ190 Extension Cable • Non-Armored • 4.0 m
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GLOBAL SERVICE
Exclusive Multilingual Support Team
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ORDER CONTROL
Customized Customer Relation Management and Order Tracking System
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CLEAR PRICING
No additional charges, handling charges or hidden charges are incurred.
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01 / PRODUCT
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Emerson EZ1900-040
EZ 1000 Eddy Current Sensor Extension Cable
The EZ1900-040 is a non-armored extension cable within the Emerson AMS EZ 1000 eddy-current sensor family. Its ordering designation specifies a 4.0 m cable length. The cable provides the electrical extension between the compatible sensor assembly and the associated measurement electronics while preserving the defined cable-length architecture of the monitoring system.
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02 / CONFIGURATION LOGIC
What EZ1900-040 Specifies
The model designation is useful when replacing an extension cable because the armor selection and cable length are both part of the ordering structure. For EZ1900-040, the configuration is specifically the non-armored 4.0 m version. |
SERIES RANGE
EZ190 Extension Cable Options
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03 / SELECTION
Why the Exact Cable Code Matters
In an eddy-current measurement chain, cable length is not simply a packaging detail. The selected extension cable participates in the overall sensor connection arrangement. For replacement purchasing, compare the existing EZ190 series configuration, armor selection and cable length rather than selecting a cable only by physical appearance. |
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DIRECT SALES SUPPORT
EZ1900-040
Ask us to confirm the exact cable configuration, availability and replacement suitability for your application.
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04 / PURCHASE & REPLACEMENT
EZ1900-040 Buyer FAQ
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Q1 — Is EZ1900-040 the correct replacement when the existing cable is a 4 m non-armored EZ190 configuration?
Yes, the model designation corresponds to the EZ190 extension cable with no armor and a 4.0 m cable length. The installed sensor arrangement should still be checked before replacement.
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Q2 — Does EZ1900-040 change the total electrical length of an eddy-current sensor arrangement?
The 4.0 m extension is part of the overall cable path. Emerson specifies defined total system lengths for applicable EZ 1000 sensor configurations, so the complete sensor and cable arrangement should be checked rather than adding extension length independently.
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Q3 — What should be checked before replacing an armored EZ190 cable with EZ1900-040?
EZ1900-040 is the no-armored configuration. If the original installation requires mechanical armor because of the routing environment, replacing it with a non-armored version should only be considered after the installation protection requirements have been evaluated.
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Q4 — Why is the “040” suffix important when ordering EZ1900-040?
Within the EZ190 ordering structure, the final three digits specify cable length. “040” corresponds to 4.0 m. This makes the suffix an important part of replacement matching.
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Q5 — Can EZ1900-040 be selected only by matching the cable length?
No. The 4.0 m length is only one part of the configuration. The EZ190 family also distinguishes armored and non-armored versions, and the complete measurement arrangement has defined electrical-length requirements. Matching the complete configuration is therefore important.
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AFTER-SALES CARE
Return / Replacement
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01 Please contact us within 7 days if you have any question after you receiving the items.
02 The returned items has to be in its original condition, with the specific reason for the return. We will issue a return or replacement for your order after we receive the returned items. 03 The buyer is responsible for all the shipping costs incurred. |
| IC695CPE305-BHAE | MTL5042 | 2097-V31PR0 | T8311CX |
| X20SC2212 | EZ1080-09-00-010 | 4351B | IC695ACC402 |
| F3 AIO 8/4 01 | A6312/06 | DR5000 | 1394C-AM75 |
| T8100C | PHC805 | S2CP471-01 | IS220UCSAH1A |
| IC693BEM340-DE | MTL5074 | 6ES7134-6GF00-0AA1 | LQV157 |
| AAI835-S50 | 2094-BM05-M | X20DO4633 | EZ1900-040 |
| F2 DO 8 01 | IC695ACC400-AA | ALR121-S50 | DR4900 |
| SNT501-53 | 6ES7193-4CD30-0AA0 | T8311C | 1394C-AM03 |
| A6312/06 | X20CP0483 | F2 DO 16 02 | 6ES7138-4NB51-0AB0 |
| IC695ACC400-CA | 7DI439.72 | 3IF672.9 | 9A0100.14 |
| 8I0IF109.200-1 | FG-1625SN | DA40 | 4260A1014 |
| EV04-AU | BST-BNC-9 | WB150 | L630WHI |
| RJ45 | L310WHI | XB5AVB1 | F2 DO 16 01 |
| F3 AIO 8/4 01 | AAI835-S50 | SIP10 | LQV157 |
| DR5000 | X20DS4389 | X20DC137A | 8V1640.00-2 |
| 6ES7222-1BH32-0XB0 | 6ES7214-1BG40-0XB0 | T8100C | T8311CX |
| Trident 3101S2 | Trident 3301S2 | Trident 3351S2 | F2 DO 16 01 |
| F2 DO 8 01 | F2 DO 16 02 | F3 AIO 8/4 01 | S2CP471-01 |
| C10-12010 | A6312/06 | IS220UCSAH1A | IC693BEM340-DE |
| IC695ACC402 | IC695ACC400-AA | IC695ACC400-CA | IC695CPE305-BHAE |
| 6ES7193-4CD30-0AA0 | 6ES7138-4NB51-0AB0 | 6ES7222-1BH32-0XB0 | 6ES7214-1BG40-0XB0 |
| 6ES7134-6GF00-0AA1 | PHC805 | DR4900 | SIP10 |
| X20DO4633 | X20DC137A | X20SC2212 | X20CP0483 |
| 8V1640.00-2 | 7DI439.72 | 3IF672.9 | 9A0100.14 |



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