Germanjet news, technical articles and resources
Water enters a magnetostrictive displacement sensor via the M12, even at IP67. A, B, D and X coding is not interchangeable; match coding, keep seals.
Redundancy compares two live magnetostrictive displacement sensor readings, not a cabinet spare. Set the alarm window above their mutual deviation.
Body bad or install wrong? Take a magnetostrictive displacement sensor off-line, feed 24 V, sweep a known magnet; a smooth read proves it sound.
For multi-axis synchronisation, pick a magnetostrictive displacement sensor by shared-range consistency, not best single accuracy. Set a common datum.
Dropped fieldbus values are missing frames, not bad readings. Read master counters, then inspect 120 ohm ends, repeated node IDs and wet M12 plugs.
Heat ages a magnetostrictive displacement sensor near its rating limit. Split ambient, oil and radiant heat; move the head clear of the hot zone.
Ex ia is a loop, not a rating on a magnetostrictive displacement sensor. Pair certified device, barrier and approved cable; IP68 alone is not enough.
Distance is no enemy on a long run. What limits a magnetostrictive displacement sensor is supply drop, fade and noise; pick 4-20 mA plus a repeater.
An external sensor leans on its bracket and slider. Keep the chain axial-only: rigid datum, parallel rail, floating slider. This tests bracket flex.
A magnetostrictive sensor with no reading points to one broken link. Do not open the head: check +24 V at the plug, trace the loop, move the magnet.
Calibrate a magnetostrictive sensor once, not daily. Pick a fixed reference, take both ends, solve the slope, then check mechanics and magnet fit.
Output misses true position? Take three points: 10, 50 and 90 percent of travel. Steady offset is zero, widening is span, a local dip is the magnet.