Tighten LTSA Specs for Bearings, Connectivity and Instrumentation

What happened

ABB explains that variable‑speed drives improve efficiency but produce common‑mode voltage that induces shaft currents and shortens motor bearing life. The article recommends adding shaft grounding devices (or buying motors with them preinstalled) and using an insulated bearing on the opposite end for larger motors. Operationally, missing mitigation means repeat maintenance and higher downtime; watch whether suppliers start offering preinstalled grounding as standard or keep it optional

Why the category manager should care

Treat bearing‑current mitigation as a mandatory technical and commercial requirement because the failure mode directly drives repeat maintenance and downtime

Key facts

• Recommendation to add shaft grounding devices pre‑installation
• Insulated bearing advised on motors larger than 75 kW
• Link made between VSD common‑mode voltage and bearing wear

What happened

Process Online lists multiple recent connectivity product items and tests — Ethernet‑APL multi‑vendor scalability, industrial 5G/edge gateways and IEC 62443 references — showing these technologies are moving from demos into operational pilots. The practical detail is vendors and integrators increasingly present managed remote‑access and edge services alongside hardware, which creates patching and licensing obligations. Watch for proposals that convert capital hardware into recurring service fees or omit clear patch/incident ownership

Why the category manager should care

Include network architecture, remote‑access controls and patch management in LTSA scope because they directly affect uptime and incident response

Key facts

• Ethernet‑APL multi‑vendor scalability tests reported
• Multiple industrial edge gateways and a 5G industrial switch demonstrated
• IEC 62443 referenced for EtherCAT security level

What happened

A sector commentary highlights that valves, sensors and other last‑metre hardware determine long‑term plant energy and water performance yet are often left out of strategic procurement planning. The operational point is that undocumented skids and missing lifecycle plans mean plant performance drifts and optimisation becomes costly post‑commissioning. Watch whether procurement integrates operations and automation teams into RFx and LTSA conversations to lock in spare pools and optimisation pathways

Why the category manager should care

Make valves, sensors and instrumentation lifecycle clauses mandatory in RFx and LTSA discussions because they drive long‑term performance

Key facts

• Advice to involve operations and automation early in procurement
• Lifecycle focus from installation through optimisation and replacement
• Valves and sensors framed as decisive for energy and water performance

What happened

A product-focused piece describes a flow meter designed for pilot plants that combines accurate, fast measurement with controller functionality to create closed‑loop dosing systems. The concrete detail is that better pilot instrumentation can shorten test durations and change how skids are scaled for commercial replication. This is useful for pilot-to-commercial procurement planning, but its direct impact on mainstream LTSAs is limited compared with motors and network dependencies

Why the category manager should care

Treat advanced pilot instrumentation as a scope item that can change skid scaling and commissioning; require performance guarantees where pilot results feed commercial builds

Key facts

• Flow meter tailored to pilot-plant needs with integrated control features
• Designed to shorten test durations and improve data accuracy
• Positions dosing pumps into closed‑loop, instrumented systems