Detect
Sense PG/EG and pure-water leaks on the appropriate rope channel.
TALVEQ · LD-1E
Visibility for liquid-cooled infrastructure.
Talveq is developing a networked leak-detection node that detects PG/EG and pure-water leaks, locates PG/EG leaks along sensing rope and coordinates a wired response.
ModelsLD-1E · LD-1E Light
Sensing2 HPNL + 2 SCL · or 2 HPNL
Location±0.2% of rope length · 1500 m max.
StatusPreliminary data · product in development
THE INSTRUMENT · LD-1E
Detect the fluid. Locate the leak. Coordinate action.
LD-1E combines four rope ports, wired reporting and valve-control functions in one networked node for liquid-cooled infrastructure.
- 2 non-locating HPNL + 2 locating SCL channels
- Pure and ultrapure water detection on HPNL channels
- PG/EG leak location to ±0.2% on runs up to 1500 m
- Ethernet, fieldbus, alarm contacts and in-line valve control
FROM SIGNAL TO CONTEXT
From detection to controlled response.
The LD-1E is designed to do more than raise a wet/dry alarm.
Its preliminary design data combines fluid coverage, distance along the rope, wired event reporting and an isolation-valve control path.
Locate
Place a PG/EG leak along an SCL run and report its distance.
Act
Raise wired events and coordinate the commissioned valve-control response.
RACK INTEGRATION
Designed as part of the rack.
Placement, mounting, cable routing and service access are engineering inputs. Fit and compatibility must be qualified for each rack configuration.
See the integration approach →ENGINEERING DISCIPLINE
Claims follow evidence.
Preliminary data is published with its test status.
The published values are preliminary design figures. IP67 ingress testing is incomplete, EMC testing has not been performed and no agency approvals are held.
How we develop →OPERATORS, INTEGRATORS & DESIGN PARTNERS
Discuss your rack and cooling configuration.
Talk with us about monitored-area requirements, mounting constraints, service access and an evidence-led evaluation path for LD-1E.
Discuss your application