Emergency Elevator Phone Solutions
LiFT LTE/V Series Gateway
Emergency Phone Lines
- No Setup Fee
- No Activation Fee
- No Leases
- USA Made Equipment
- In Stock
- Lifetime Warranty
- Full USA Live Phone Support
The new Rescue GSM, commercial strength cellular elevator communicator, replaces expensive land lines and delivers a dedicated, code complaint, LTE cellular emergency elevator phone line for any analog elevator phone to any pre- programmed call center. With over 12 hrs of stand-by back-up battery the Rescue GSM is not only easy to install but provides a substantial savings over the outdated connections. Upgrade and save 50% or more off current emergency elevator phone line charges! Plug and play installation makes the Rescue GSM Gateways an easy switch to cellular emergency phones.
Units are made in USA and include lifetime warranty with active LTE service plans.
Average Monthly Savings
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Replaces existing land lines with cellular connectivity
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Compatible with all analog elevator phones
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Fully code compliant
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Easy to install
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No change to elevator service agreement or providers
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No modifications needed
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Utilizes reliable T-Mobile MIMO* Network
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Provides 4G-LTE-A connectivity
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30-50% savings on line charges
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PTCRB Certified
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Converts any analog phone into a cellular emergency phone
*NEW 4G LTE-A 700 MHz SPECTRUM FREQUENCY UTILIZATION FROM T-MOBILE:
Rescue GSM now leverages T-Mobile’s Exclusively Licensed 700 MHz 4G LTE MIMO network which will deliver increased radio efficiency, immense numbers of connected devices, lower latency, improved reliability, longer stand-by battery life and better In-Building services, creating an optimized and cohesive signal environment.Operational efficiency is achieved by using a technology called Multiple in Multiple-out or MIMO. A MIMO system widens the broadcast “pipeline,” allowing more data to flow through the same block of spectrum at a time. MIMO can be used to enhance the capacity and coverage of a radio signal for customers.T-Mobile currently deploys a 4×4 MIMO system with 700 MHz antennas. That means four transmitters and four receivers are required so that multiple data signals can simultaneously use the same block of frequencies. This allows the cell sites to “speak louder” and “hear better” in tough environments.
*SIGNAL WAVE-LENGTH DYNAMICS
Because the 700 MHz wavelength is longer, it travels farther making it a good solution for more rural terrain. It also provides better in-building service than smaller, higher-band wavelengths.