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  • Basler SSR 32-12 Static Voltage Regulator
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  • Basler SSR 32-12 Static Voltage Regulator

    ABB、GE、FANUC、Allen-Bradley、FOXBORO、Honeywell,KUKA、YOKOGAWA、YOKOGAWA、KOLLMORGEN、METSO、Motorola、NI、OEMAX、RELIANCE、Vibro-Meter、Rolls-Royce、MOOG、B&R、Woodward、Yaskawa、XYCOM、Emerson、HIMA、Bently、PROSOFT、TRICONEX、KEBA、Lenze、Alstom、CTI、DCSSystem accessories, robot system accessories, large servo system spare parts.
    Mr.FSN
    chnfcsXM@163.com
    +86-153-9626-8993
    Selection, installation, operation, maintenance, troubleshooting, safety
    Petrochemical/Chemical,Power industry,Metallurgical industry,Municipal/Environmental Protection,Oil and gas industry,Robot system accessories,automobile manufacturing,3C Electronics,Machining
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    Weight:13.250KG
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Description

Basler Electric SSR 32-12 Static Voltage Regulator Technical Specifications

Excitation Regulation and Phase-Control Bridge

The Basler Electric SSR 32-12 is a solid-state automatic voltage regulator engineered to manage the electrical excitation parameters of synchronous generator structures. Identified under factory specification number 9185900100, this static regulator framework utilizes high-capacity silicon-controlled rectifiers configured in a phase-controlled power bridge layout. By dynamically shifting the internal gating conduction angles relative to real-time generator load metrics, the unit modulates the raw direct current supplied directly into the exciter field winding loop, preserving a stable and steady terminal voltage baseline.

The electrical design supports a maximum nominal continuous excitation current threshold of 12 Amperes DC at a designated operational voltage ceiling of 32 Volts DC. This specific power envelope allows the static regulator to supervise medium-range exciter stators effectively, preventing operational destabilization or terminal hunting cycles when the underlying primary mover encounters sudden stepping mechanical load transitions.

Sensing Trajectory and Error Amplification

The integrated sensing network of the SSR 32-12 functions by continually extracting terminal voltage signals across single-phase or three-phase configurations via step-down potential instrumentation transformers. This feedback voltage passes through an internal low-pass analog filtering framework designed to suppress high-frequency line spikes and switching noise derived from external non-linear facility loads. The filtered value is transformed into a representative root-mean-square level and fed to an internal error operational amplifier stage.

This amplification loop compares the scaled line voltage metric against an adjustable internal reference setpoint. Any observed divergence initiates an immediate balancing correction in the firing circuit, adjusting the power semiconductor gates to counteract the voltage deviation. The linear control loop delivers rapid stabilization parameters, keeping steady-state regulation tracking variances within highly narrow precision margins across the complete operating curve.


Frequency Compensation and Volts-per-Hertz Protection

To guard the synchronous machine field components and exciter core assemblies against critical inductive thermal saturation during prime mover start-up cycles or prolonged low-speed idling windows, the SSR 32-12 incorporates a built-in frequency compensation network. This protection feature utilizes a volts-per-hertz roll-off pattern that monitors generator frequency variables dynamically. When the operational speed drops below a specific, adjustable knee frequency setting, the regulator drops its active voltage reference target proportionally.

This linear reduction restricts the excitation current under low-frequency operation, preventing localized copper overheating and maintaining acceptable insulation breakdown tolerances. The knee configuration and attenuation gradient are field-adjustable via manual multi-turn potentiometers integrated cleanly into the main faceplate layout.

Mechanical Integration and Environmental Resilience

The structural layout of the Basler Electric SSR 32-12 features a heavy aluminum or steel backing plate designed for direct surface mounting within dust-proof generator terminal enclosures or centralized electrical switchgear cabinets. The flat metal chassis provides low thermal resistance, functioning as a high-capacity passive heat sink that radiates semiconductor thermal dissipation efficiently into the ambient workspace without relying on active cooling fans.

The screw terminal connection points are explicitly labeled and segmented to isolate raw high-power output loops away from low-voltage sensing inputs. Internal circuit components are covered completely with a high-build protective varnish to seal out atmospheric humidity, airborne oil particles, and conductive salt spray common in marine and heavy industrial environments.


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