Lem Electric Industrial Automation Sensors Photoelectric Switch Outdoor K200A

Lem Electric Industrial Automation Sensors Photoelectric Switch Outdoor K200A

Overview

Because the accessible public information for K200A is limited and inconsistent on branding, the safest way to present this model is as a current transducer / current transformer intended for industrial replacement use.

The clearest public spare-parts listing I could verify identifies it as CURRENT TRANSDUCER K200A TAMURA, while CNC-parts listings also describe K200A as a Fanuc/Tamura current transformer.

That supports positioning it as a current-measurement or feedback component used in legacy CNC and industrial power assemblies, without over-claiming undocumented specifications.

In real purchasing scenarios, components like this are usually sourced when a service team needs to restore an existing control cabinet, replace a failed current-feedback element, or maintain spare stock for installed power electronics.

For that reason, the strongest product-page language is practical and replacement-oriented: current transducer, legacy application support, and careful part-number matching.

Key Specifications

Current Feedback Role — Better Described Conservatively

For industrial buyers, the value of K200A is tied to function rather than brochure detail.

A current transducer in this class is typically used to support current feedback, monitoring, or protection behavior inside a control or power system. When the original machine depends on that exact sensing element, replacement accuracy is often more important than whether the component is still part of a current manufacturer catalog.

That is why a conservative description is the right approach here. Publicly accessible sources do not provide a detailed OEM datasheet for the exact K200A marking, so the most credible copy is the kind engineers actually trust: clear model identity, current-transducer classification, and legacy replacement positioning.

Legacy Equipment Support — Why Exact Matching Matters

In older CNC and industrial power systems, current transducers are often selected as part of a specific control architecture rather than as generic interchangeable parts.

Even when two devices appear similar, differences in fit, connection style, or calibration context can create avoidable risk during replacement. That is why buyers looking for K200A usually focus on exact part-number match first and broader category second.

For a product page, that means the most useful tone is practical and service-minded.

The part should be presented as a current transducer for replacement and industrial support, not as a fully specified new-design sensor unless a verified OEM datasheet is available.

FAQ

Q1: What kind of product is K200A?
K200A is best described as a current transducer or current transformer used in industrial replacement channels.

The public listing I could verify identifies it as a Tamura current transducer, and CNC spare-parts listings also place it in a current-transformer context.

Q2: Is K200A better suited to new designs or replacement work?
It is better suited to replacement and service work. Publicly accessible listings present it through spare-parts channels rather than as a fully documented current catalog product, which is usually a sign that buyers are sourcing it to support installed equipment.

Q3: Why is exact model verification important for this part?
Current transducers are often tied closely to the original control architecture of the machine.

Even if another device appears similar, differences in mechanical fit or application intent can make a substitution risky, so confirming the exact K200A marking is the safest approach.

Q4: How should this model be positioned on a product page?
It should be positioned as a K200A current transducer for legacy CNC and industrial replacement use.

That wording is technically safer than claiming detailed electrical performance that is not publicly verified for the exact model.

Q5: What should buyers check before ordering?
Buyers should verify the exact part marking, the installed application, physical fit, and any machine-side documentation that identifies where the current transducer is used.

For older spare parts, matching the original installed unit is usually the most reliable decision path.