Telog Ru-35
Submitted by trimble_root on Tue, 02/15/2022 - 16:47
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We are pleased to announce that effective immediately we have sold our remote monitoring solutions to Badger Meter for inclusion in their portfolio of smart water solutions. Badger Meter is a leader in smart water solutions for the complete water cycle, with over 118 years of expertise in the industry. As an innovator in flow measurement, water quality and control products, the company serves water utilities, municipalities and commercial and industrial customers worldwide. This sale includes our Trimble Unity Remote Monitoring software and services, Telog Enterprise and Telogers software and our Telog line of remote monitoring recorders. In the coming months, you'll be redirected to Badger Meter's site, as they transition these products.

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UNDERGROUND MONITORING IN HARSH ENVIRONMENTS

 

The Telog Ru-35 provides real-time monitoring and alarming of flow, pressure and water quality instruments and sensors found in the harsh environments of sewers and underground water vaults. When you combine the Telog Ru-35 RTU with a Trimble Telog software option, you have a powerful system of wireless wastewater infrastructure monitoring that is consistently delivering real-time data and alarms from the field, straight to your desktop or browser. This provides situational awareness of the performance of the collection system, improves regulatory compliance and enables network modeling calibration.

 

Sensor Support

 

The Telog Ru-35 supports multiple sensor interface options including RS-232, RS-485, analog and digital inputs with MODBUS, SDI-12 and I2C protocol support. For example, when connected to an open-channel flowmeter via RS-232, the RTU can interrogate the meter for its most recent level, flow velocity and battery voltage measurements. Trimble Telog also provides optional sensors that may be directly attached to the Telog Ru-35 including ultrasonic and pressure level, water quality sondes, temperature, level switches and rain gauges.

 

Wireless Communication

 

Using cellular technology enables unmanned monitoring of remote sites as well as instant updates and alarm notifications. The Ru-35 uses a low power, LTE Cat M1 cellular communication modem certified on multiple cellular systems. This ensures maximum coverage, reliability of service and alignment with cellular carriers technology roadmaps. Additional communication options are also available on request.

 

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Collecting Data

 

The Telog Ru-35 may be configured to call its host server on a schedule (e.g. once per day; every four hours, etc.) and/or in response to site alarm conditions (e.g. in response to a high level event). Data may be stored in the recorder at user defined intervals (e.g. five minutes, one minute, etc.) without concern for data loss, because the recorder will store from 150,000 to 670,000 values, depending on input type, before overwriting the oldest data.

 

Packaging

 

The cellular modem, antenna, process signal conditioning, data recorder and battery are integrated into an IP68 rated, environmentally rugged package weighing nine pounds (four Kg) and measuring cuboid 7.3” (185mm) L x 4.2” (107mm) W x 11.5” (292mm)H. Battery Powered This RTU is powered by dual user replaceable 6-volt lantern batteries providing an operating life of six months to two years depending on the sensor interface and call schedules.

 

Software Support

 

Trimble Telog wireless recorders are compatible with all Telog software applications, including Trimble Unity, Telog Enterprise and Telogers for Windows application software. This ensures that utilities have a complete solution addressing all their remote monitoring requirements delivered in a manner that suits each individual utility’s operations and IT needs.

 

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APPLICATIONS
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Monitoring of popular open-channel wastewater flow meters
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Description
The ideal solution for monitoring flows in open channels and non-pressure pipelines. Rugged, user programmable, battery operated
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Level monitoring
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Description
The ideal solution for overflow (CSO/SSO) event monitoring and alarming in wastewater and stormwater sewer manholes. User programmable, battery operated.
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Water quality sensors and sondes monitoring
Description
The ideal solution for maintaining a safe water supply. Wireless, user programmable, battery operated.
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Telog Ru-35
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SPECIFICATIONS

RECORDER MODEL: Telog Ru-35

TYPE

Type Multi- channel underground RTU  (Recording Telemetry Unit)

RECORDING

Sample rate Programmable from 1/sec up to 8 hours; each channel

Data interval Programmable from 1/sec up to 8 hours; each channel

MEMORY

Size: 1 MB

Storage method: Wrap around (first-in; first-out),

Data capacity: Dynamically allocated to active channels, any combination of:

  • Analog input 670,000 values

  • Pulse input 500,000 values

  •  Event input 150,000 values

  •  ComSensor input 250,000 values

     (Values above represent maximum.)

COMMUNICATION

Standard: Bluetooth Low Energy (BLE) for local  connection with computer

Backup: Wired local RS-232 via sensor port,  auto-selected baud rate to 115Kbps

Cellular: Telog Internal Modem certified on LTE Cat M1 for Verizon in USA, LTE Cat1 on Sprint in USA. HSPA modem certified on Bell in Canada. FirstNet available in the USA.

Antenna: TNC connector

INPUTS

Limited to two ComSensors + two analog + two digital

ComSensor/meter:

Selectable RS-232 or RS-485 to 115 Kbps

Modbus

SDI-12

I2C

Protocol determined by meter or sensor

Analog (Two channels):

Selectable ranges: 0-5 VDC, 4-20 ma 

Excitation Pulsed: +5 or +12 VDC, (selectable duration)

Resolution: 0.025%; 12 bits

Accuracy: ±0.1% of full range at 70º F ±50 ppm

Digital (Two channels):

Type: Selectable pulse counter or event recorder

Input: Contact closure or logic driven input

Excitation: 3 VDC at 10 µAmps (max)

Pulse width: 10 mS minimum

BATTERY

Factory installed: Dual 6V alkaline lantern battery Rayovac 6-Volt Spring Terminals Alkaline F Cell | 808

Battery Life Example:

Input ComSensor: Modbus

Sample rate: Five minutes

Communication: Wireless LTE Cat M1

Call schedule: 

  • 15 minutes Battery life=7 months

  • 60 minutes Battery life=2 years

  • 2 hours Battery life=3 years

  • 24 hours Battery life=4.5 years

External Power: Input 9 to 15 VDC @ 1 amp max

ENCLOSURE

Cuboid: 7.3”L x 4.2”W x 11.5”H [185mmL x 107mmW x 292mmH]

Two Chambers: Battery and sealed electronics

Weight: 9 lbs. [4Kg]

Material: Injection molded polycarbonate

ENVIROMENTAL

Temperature 32 to 160ºF [0 to 70ºC] -22 to +160ºF powered externally

Submersible Meets IP68 (NEMA 6P) standards -22 to +160ºF [-30 to 70ºC] powered externally

SUPPORT SOFTWARE

S-3PC: Telogers for Windows® version 6.60 or later

S-3EP: Telog® Enterprise version 6.60 or later

TW-UNITY: Trimble Unity

TRIMBLE TELOG SUPPLIED SENSORS

Pressure Level Sensor

Model: Telog PT-DSu

Type: Strain gauge pressure sensor

Range Selectable: 5, 10, 30, 100, 300, 1000 PSIA

Accuracy over the calibrated temperature range including zero and span setting and the effects of non-linearity, hysteresis and repeatability: 0.25% FS

Cable: Vented Polyurethane 0.225” diameter [5.715mm]

Ultrasonic Level Sensor

Model: Telog UT-35u/95 ultrasonic transmitter (ComSensor)

Frequency: 95 KHz

Range: one foot to 13 feet

Beam: Angle 8º conical

Accuracy: ±0.25% over any range segment exceeding 12 inches (homogeneous environment)

FloWav Area Velocity and Level Sensor

Model: PSA-AV A/V Level sensor

Range: Velocity: -5 to 20 ft/s

Depth : 0 to 15 feet

Accuracy Velocity: +/-2% of reading

 Depth: +/-0.25% full scale +/-1% of reading  from 32° F to 160° F

Size 0.9”H x 1.85”W x 6”L with 30 feet of cable

TRIMBLE TELOG SUPPORTED METERS AND SENSORS

Flow meters:

Via RS-232 or RS-485: ADS Flow Shark, ADS Triton, ADS Triton+

Interface to meter: Hach Sigma 900 Series

Serial interface port: ISCO 2100 series, Hach Flo-Dar & Flo-Tote3 Meters, ISCO ADFM & accQmin

Level Sensors:

Via RS-232 or RS-45: FloWav Stingray (Level)

Sensors: 

Hydrolab Sondes, Hach Pipe Sonde

Water Quality: 

Hach Hydrolab Multiparameter Sondes, DataSonde 4a, MiniSonde 4a, DS5X, DS5, MS5, Hach Pipe Sonde, Ponsel C4E & CZTN (Conductivity)

 

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