Accelerometer Accessories
SDI's accessories are the perfect compliment to your accelerometers by adding great value for very little cost.
Models EBL-Analog and EBJ-Analog Accelerometer Test Sets
Easily test SDI surface mount accelerometers during concept design or prior to installation
Chips can be removed and remain unharmed
Fully assembled for immediate implementation
Compatible with SDI Models 1510, 1521, 1525, and 1531
Ideal to use with the SDI Model 3330 or 3340 G-Loggers
Configurations available for SDI’s JLCC or LCC chip packages
The Model EB-L Analog and EB-J Analog Test Sets provide a convenient means of testing and evaluating SDI Models 1510, 1521, 1525, and 1531 accelerometers in either the LCC or JLCC package format. The zero-insertion-force socket is pre-fitted to the board, which includes set jumpers for advanced features of SDI accelerometers. A 10-pin connector and ribbon cable is provides connections to the user's test equipment. The EB-L Set, EB-J Set, and SDI Surface Mount Accelerometers are each sold separately.
The EBJ-Analog is designed to also work with SDI's 3330 and 3340 G-Loggers in chip mode. This powerful yet simple combination provides an exceptionally easy and intuitive chip test method.
Mix and Match up to 3 single axis modules in similar or different g-levels
Rugged, black anodized, and precision machined 6061-T6 aluminum
Block mass = 79 grams
Included hex socket head cap screw fasteners:
One (1) 1/4-20x1.5" UNC (9.5 grams, 6 lb-ft)
One (1) M6x1x35mm (9.0 grams, 5 lb-ft)
Six (6) #4-40x1/2" (0.7 grams each, 4.9 in-lbs)
The 1.25", cube-shaped Model 2230 Block provides a lower cost alternative for configuring a custom orthogonal two or three axis accelerometer.
Adaptor to stud mount any SDI module
Rugged black anodized aluminum
Block mass = 6.2 grams
Fasteners Included:
One (1) #10-32 Captive Screw (1.4 grams)
Three (3) #4-40x1/2" (0.7 grams each)
The 0.25" thick Model 2235 Stud Mount Adaptor Block converts any SDI accelerometer module into a stud-mounted, single screw attachment to your application.
