Free White Paper - Industrial Connectivity Series
Stop Accepting Field-Wired Connectors.
How field-wired M12/M8 connectors are driving unnecessary downtime on your packaging lines, and what to specify instead.
For Engineering Directors, Process Engineering Leaders, Maintenance Leaders, and Equipment Procurement Teams.
Instant PDF download. No form to fill out.
57%
Of all connector failures are installation-related, not component defects (KEMA / DNV)
30–60%
Of electrical problems in operating systems are connector-related (Volvo / BTH University)
30.3%
Of industrial electrical failures are loose connections (GraceSense)
A Specification Problem Hiding In Plain Sight
When your organization purchases a new machine, your specification documents cover line speed, product handling, sanitary design, controls platform, and safety compliance. What they almost certainly don't specify is how the hundreds of sensor, actuator, and network connections inside that machine are terminated. That gap is costing you money.
Machines arrive on production floors with field-attachable M12 and M8 connectors that were hand-wired on the OEM's shop floor. These connections introduce a measurable defect rate at installation, and those that survive commissioning progressively degrade under thermal cycling, vibration, washdown exposure, and chemical contact inherent in your production environment. The result is intermittent faults, nuisance alarms, unplanned downtime, and maintenance hours spent chasing electrical problems that trace back to connector degradation.
This white paper presents independent research and field data that quantify this risk, explain the degradation mechanisms behind it, and provide specific specification language you can incorporate into new machine purchase orders. Will your next machine arrive with the same hidden failure points?
What You'll Find Inside
The Numbers Behind The Argument
This is a major cause of factory downtime and it's backed by independent research and field reliability data from KEMA/DNV, Henkel/Loctite, Volvo/BTH University, GraceSense, and Turck.
57%
Of termination failures are installation-related, per KEMA analysis of 1,000+ samples
KEMA / DNV
30–60%
Of electrical problems in operating systems are connector-related
Volvo / BTH University
23%
Of all unplanned downtime in global manufacturing is caused by human error
Henkel / Loctite
30.3%
Of industrial electrical failures are loose connections
GraceSense
5–10%
Estimated failure rate for field-terminated M12/M8 connectors on packaging machines
Industry consensus
$30K-$540K
Estimated annual downtime exposure from connectors alone, 5-line CPG plant
1,000 connection points at a 3% intermittent fault rate
10–20
Connections defective or marginal on a typical 200-point machine at a 5-10% failure rate
Field estimate
<5 min
To replace a cable with over-molded connectors, with little to no training required
Manufacturing Institute / Deloitte, 2024
“Four clauses added to your electrical specifications. Zero capital investment. Potentially half a million dollars in annual downtime costs eliminated. This specification gap is the highest-return line item your engineering team isn't writing yet.”
Ready To Close Your Specification Gaps?
Ten pages. No sales pitch. Just the failure mechanisms, the cost data, and four ready-to-use specification clauses for your next machine purchase order.
Instant PDF download. No form to fill out.