1.30
+
SENSE AND DIRECTION OF
ACCELERATION FOR POSITIVEGOING OUTPUT SIGNAL VOLTAGE
10-32 COAXIAL ELECTRICAL CONNECTOR
Ø .56
10-32 THREAD, TYP (REF)
1. MOUNTING TORQUE ON 5/8 HEX: 20 TO 25
LB-INCHES. DO NOT OVERTORQUE.
2. CASE MATERIAL-300 SERIES STAINLESS
STEEL.
3. WEIGHT-58 GRAMS.
.40
MODEL 6200 MOUNTING STUD,
PROVIDED
SELECT SURFACE FLAT TO .OO1 TIR
MOUNTING HOLE PREPARATION
DRILL #21 (.159) DIA. X .250 DEEP
BOTTOM TAP 10-32 UNF-2B X .200
MIN. DEPTH PERF. THD.
EXCEPT AS OTHERWISE NOTED
ALL DIMENSI0NS IN INCHES
TOLERANCE: .XXX = ± .XX= ±
SURFACE FINISH
EXCEPT AS NOTED
BREAK EDGES TO DEBURR
RADIUS OR CHAMFER
THESE DIAS TO T.I.R.
FILLETS - MAX RAD.
INSTRUMENTS, INC.
SCALE
DATE
DRAWN
APPROVED
TITLE
2X 1/10/98
N.C.
OUTLINE/INSTALLATION DRAWING,
REV
PART NO.
R.A.
MAT'LCHECKED
NEXT ASSEMBLY USED ON
MODEL 3100D24
DATE
CHATSWORTH, CA.
-
ECN
DWG NO.
127-3100D24
SHEET OF
11
SPECIFICATIONS
MODEL 3100D24 LIVM ACCELEROMETER
SPECIFICATION
RANGE F.S. FOR +/- 5 VOLTS OUTPUT +/- 5 G's
SENSITIVITY, +/- 5% [1] 1000 mV/G
EQUIVALENT ELECTRICAL NOISE FLOOR .0004 G's RMS
FREQUENCY RANGE, +/- 5% 1 to 1000 Hz
MOUNTED RESONANT FREQUENCY, NOM. 26 kHz
LINEARITY [2] +/- 2% % F.S.
TRANSVERSE SENSITIVITY, MAX. 5 %
OUTPUT IMPEDANCE, TYP. 100 Ohms
BIAS VOLTAGE, +11 VOLTS NOM. +9 to +12 VDC
DISCHARGE TIME CONSTANT, NOM. 1 SEC
TEMPERATURE RANGE -60 to +250
COEFFICIENT OF THERMAL SENSITIVITY .03 %/oF
VALUE
UNITS
o
F
MAXIMUM VIBRATION/SHOCK 100/200 +/- G's/G's PEAK
SIZE, HEX x HEIGHT .625 x 1.30 Inches
WEIGHT 55 Grams
CONNECTOR, RADIALLY MOUNTED 10-32 Coaxial
MATERIAL, BASE, CAP & CONNECTOR 300 Series Stainless Steel
SEAL, HERMETIC Glass-to-metal and TIG welded
ELECTRICAL ISOLATION, CASE GROUND TO MOUNTING SURFACE 10 Megohms, min.
SUPPLY CURRENT/COMPLIANCE VOLTAGE RANGE [3] 2 to 20/+18 to +30 mA/Volts
Accessories supplied: (1) Model 6200 mounting stud.
(1) Model 6215 thermal boot.
[1] Measured at 100 Hz, 1 G RMS per ISA RP 37.2.
[2] Measured using zero-based best straight line method, % of F.S or any lesser range.
[3] Do not apply power to this device without current limiting, 20 mA MAX. To do so will destroy the
integral IC amplifier.