Skip to main content
search

Assist1

Vandal-Resistant Emergency Call Button

Assist1 is a non-destructible emergency call button engineered specifically for correctional and detention environments. Using solid-state piezoelectric switch technology and a tube-within-tube construction, Assist1 delivers long-term reliability, resistance to vandalism, and rapid field service without removing the mounting hardware.

+ Mechanical Drawing

Technical Specifications

    Switch Technology
    Piezoelectric (solid-state)
    Contacts
    N.O.
    Rated Voltage
    2-16 VDC
    Rated current
    Max 0.2A
    Switch resistance “ON”
    <1 Ohm
    Impulse Switch resistance “OFF”
    >5 Mega Ohms
    Impulse time
    125 – 300 msec
    Operating Temperature
    10F – 140F
    Warranty
    One year
    Tubing
    Stainless Steel

Key Characteristics

    Zero moving parts
    No wear, jamming, or mechanical failure
    Vandal-resistant
    Hardened construction
    Field-replaceable inner module
    Instant activation
    With no performance degradation
    Low lifecycle maintenance cost

    Typical Applications

    • Inmate emergency call points
    • Cells and segregation units
    • Holding and intake facilities

    Integration & Installation

    • Assist1 connects directly to intercom, paging, or relay-based emergency systems. Compatible with centralized control room monitoring systems.

    Compliance

    • Designed for correctional emergency communication systems. IP69K environmental sealing, IK06 impact resistance, RoHS compliant.

Close Menu

Building HMI Solutions for a Better Tomorrow

After 36 years as an HMI turnkey solution manufacturer – we have learned a thing or two.
As a recognized leader in its field, we offer our customers an array of tailored HMI solutions and platforms that start from innovation, then R&D and finally production. We partner with you to develop your ultimate HMI solution – which can include cloud integration, communication capabilities, software customizations, all designed with outstanding functionality and appearance.