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OVERVIEW
Plug-n-play adaptor
The Electronic Switch Pulse Input Adaptor connects sensors with pulse outputs to loggers with smart-sensor inputs. This Smart Sensor is compatible with electronic switch closures such as FET or open-collector outputs, or CMOS-level logic signals with a maximum input frequency of 120 Hz (120 pulses per second).
Features
- Plug-n-play adaptor for pulse output sensors
- Automatically recognized by HOBO Energy Logger
- 6m cable length (extension cables available)
The S-UCC-M001 and S-UCC-M006 Sensor is for use in Indoor and Outdoor environments
The S-UCC-M001 and S-UCC-M006 Sensor supports Pulse Input Measurements
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SPECIFICATIONS
Maximum input frequency: 120 Hz (120 pulses per second) Measurement range: 0 – 65,533 pulses per logging interval Resolution: 1 pulse Lockout time: 45 µs ± 10% Recommended input type: Electronic solid state switch closure or CMOS-level digital output (example: FET, opto-FET or open collector) Preferred switch state: Active low input Normally open Edge detection: Falling edge, Schmitt Trigger buffer (logic levels: low ≤ 0.6 V, high ≥ 2.7 V) Minimum pulse width: 1 ms Input/output impedance: 100 KΩ Open circuit input voltage: 3.3 V Maximum input voltage: 3.6 V User connection: 24 AWG wires, 2 leads: white(+), black(-) Operating temperature range: -40° to 75°C (-40° to 167°F) Overall cable length: 1 m (3.3 ft.) / 6.5 m (21 ft.) Housing: Weatherproof PVC housing protects input adapter electronics Housing dimensions: 14 x 0.95 cm (5.5 x 0.375 in.) Weight: 310 g (11 oz.) Bits per sample: 16 Number of data channels: 1 Measurement averaging option: No (reports the number of pulses over the logging interval)
HOBO – Electronic Switch Pulse Input Adaptors
$213.00 – $234.00 ex GST
The Electronic Switch Pulse Input Adaptor connects sensors with pulse outputs to loggers with smart-sensor inputs. This Smart Sensor is compatible with electronic switch closures such as FET or open-collector outputs, or CMOS-level logic signals with a maximum input frequency of 120 Hz (120 pulses per second).
