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Product Overview
The SS9007 Mini CT Meter is a compact power metering and load switching device that can be used
to monitor and control single phase electrical loads. Designed to sit on a standard switchboard DIN
rail, the SS9007 has the same form factor as a standard Miniature Circuit Breaker, and accepts a
wide range of external Current Transformers.
The SS9007 Mini CT Meter is suitable for a range of applications including sub-metering, Demand
Management, autonomous load shedding, and site automation.
The SS9007 Mini CT Meter is designed to meter and switch a wide range of single phase loads at up
to 240VAC. Load switching is performed by an internal, optically-isolated solid state DIAC switch that
can be used to trigger an external third-party contactor or relay. Designed to function in all major
electrical networks, the Mini CT Meter boasts a high measurement accuracy (Class 1) with a
customizable reporting frequency of up to 1Hz. Import/export energy accumulations and true signed
power measurements make the SS9007 an ideal choice for monitoring renewable generation
sources and energy storage devices.
High-resolution waveform sampling features provide unique insight into the behaviour and
condition of monitored loads, yielding detailed information for load profiling and classification
purposes.
Once installed, the Mini CT Meter can receive important software updates over the network,
reducing the cost of network maintenance and guaranteeing an up-to-date feature set for all devices
in the field.
The SS9007 Mini CT Meter communicates to other Saturn Energy devices using the ZigBee
communications standard in the 2.4GHz ISM band. All wireless communications to and from the
device are secured with AES-128 encryption using standards based technologies to ensure privacy
and data integrity.
Important:
The SS9007 Mini CT Meter is not rated as a protection device, and must be installed downstream
of a readily accessible approved protection device rated to 20A or less in TT and TN power
distribution systems. In IT power distribution systems, a double pole protection device must be
used.
