MaxLinc BLOCK Pulse Counter
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Datasheet & Specs

Technical PDF Document

Methods of Alarm

Email SMS Voice Call Push

MaxLinc BLOCK Pulse Counter

$179.00

Ships within 3 business days. Free compliance shipping.

What It Measures

Ambient Temperature

-20°C to +70°C (-4°F to 158°F)

Relative Humidity

1% to 99% RH

Pulse / Volume

Dry Contact Pulse Counting

Flood Detector (Optional)

Water Leak Sensing

About MaxLinc BLOCK Pulse Counter

The BLOCK Pulse Counter is a versatile monitoring device designed to accurately track cumulative values from any pulse-generating utility meter, such as water, gas, or electricity meters. It seamlessly integrates with MaxLinc's cloud-based application, offering comprehensive monitoring and management of utility consumption. This device provides real-time alerts for excessive usage and identifies anomalies indicating potential leaks, helping to minimize waste and prevent costly damages. Additionally, it simplifies cost allocation by attributing consumption to individual units or departments and offers detailed insights for energy auditing and efficiency improvements. Paired with the LF Cloud App, the BLOCK Pulse Counter transforms raw consumption data into actionable intelligence, providing clear reports, trend analysis, and remote access from any device, making it an essential tool for efficient resource management and sustainability efforts.

Physical Specifications

Weight
195 g
6.88 oz
Dimensions (L x W x H)
53 x 43 x 133 mm
2.09 x 1.69 x 5.24 in

Pulse Counter Integration

Digitize mechanical utility and energy metering.

High-Frequency Metering

Captures high-speed dry-contact outputs from water, gas, and electricity meters in real time.

Raw Data Conversion

Converts raw pulses into actionable consumption metrics, visualized instantly on your dashboard.

Built for Energy Efficiency

  • Utility Tracking

    Track building-wide electricity or gas usage to optimize costs and discover wastage.

  • Sub-Metering

    Accurately bill individual tenants or departments by measuring their discrete energy footprint.

Use Case