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General| Type | Solid State Amplifier |
|---|---|
| Cooling | Convection |
| Series | SSA |
| Total Harmonic Distortion | <0.1% |
| Damping Factor | >200 |
Provides general information, cautions, and warnings for safe operation and maintenance.
Highlights risks of live parts, disconnection requirements, and protective earth conductor importance.
A visual aid to help users select relevant chapters based on their needs and familiarity.
Details core capabilities like four-quadrant operation, zero deadband, and linearity.
Explains protection mechanisms against voltage, shorts, and temperature faults.
Describes the SIB-SSA interface board for connector conversion and its role.
Presents a table of DC supply, current limits, size, and weight for SSA models.
Details input configurations and calculations for current/velocity gain.
Explains the error amplifier's function and its two feedback paths for DC/AC gain.
Describes disabling the velocity loop by converting the error amplifier for current mode.
Details current loop control using an op-amp and lag-lead network for optimum response.
Illustrates the amplifier's operating limits in a voltage-current plane.
Explains how peak current duration depends on amplitude and operating current.
Explains protection against output shorts and output-to-ground shorts.
Details inhibition triggered by DC bus voltage outside specified limits.
Describes inhibition when heatsink temperature exceeds 90°C.
Lists and describes terminals for Vs, M1, M2, and G.
Details terminals 1-16 for reference, common, inputs, limits, monitor, and control signals.
Shows connector pin assignments for SSA with and without SIB-SSA card.
Covers enclosure requirements, shock protection, and heat dissipation.
Details proper wiring, grounding, and shielding for optimal performance.
Covers load inductance calculation and DC power supply requirements including capacitance and voltage.
Illustrates minimum, acceptable, and optimum motor wiring methods.
Provides guidelines for grounding, avoiding ground loops, and using differential inputs.
Explains supply connections for multiple SSA units and reiterates previous rules.
Explains how to configure the inhibit function using active low or closed contact methods.
Details configuring the inhibit function using active high signals and external resistors.
Covers velocity mode, current mode, and static current limit adjustments.
Details velocity feedback configurations and IxR compensation.
Covers balance adjustment and verifying static current limits.
Details scaling current limits dynamically using external voltage signals.
Provides procedure to adjust R61 for improved speed stability.
Explains adjusting the COMP trimmer (T1) and components for optimum velocity response.
Lists the T1 (compensation) and T2 (balance) trimmers.
Explains LED indications for normal operation and fault conditions.
Details optimizing the current loop response by adjusting components like R20 and C11.
Shows top and side views with dimensions in mm.
Shows dimensions for SSA with SIB-SSA card and mounting legs.
Lists contact information for service centers in Israel, Europe, and USA.
Details warranty coverage, exclusions, and period.
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