Clean space construction

Dust removal

Static elimination

Monitoring and control

Medical-related or others

Remote monitoring and control

Measurement

Remote Monitoring and Control

IoTT IONIZER MONITORING SYSTEM	Features	Applications
TAS-1222 IoTT-TIMS	•Realtime monitoring •Remote control	•Factory •Office •Public facility
A watcher of ionizers. The central management for ionizers allocated widely in the plant.

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IoTT-TIMS TRINC IONIZER MONITORING SYSTEM
TAS-1222 IoTT-TIMS

A watcher of ionizers.
The central management collectively done for the ionizers allocated widely in the plant.

Features		Applications
■A system software to manage collectively multiple ionizers ■Ionizer control for LAN-compatible adapter		■Factory ■Office ■Hotel ■Commercial facility such as department store ■Hospital

IoTT TRINC IONIZER MONITORING SYSTEM
All of the ionizers connected to the LAN environment through the IoTT-TIMS network adaptor (option) can be collectively managed and controlled on the PC.

Feature 1

Displaying the status of ionizers in real time (available in two types of display screen): The state for on/off of power and in/out of trouble (error) on each ionizer can be checked in real time.

Feature 2

Remote control with remote function: The power supply of the ionizers located in various circumstances, such as out of reach or in dangerous area, can be　remotely controlled on the single PC screen. This function help s eliminate the wasteful power consumption by shutting out the power on the ionizers not needed to operate.

Feature 3

Easy establishment of ionizer management system with LAN connection: Simply connecting the IoTT-TIMS network adaptor to the LAN environment, an ionizer controlling/managing network can be established easily.

Feature 4

Managing multiple ionizers through one PC (Group Management is also available): Managing multiple ionizers on a single PC is possible. But dividing them into a number of management groups according to installation locations and conditions, confirmation of their operational states and remote control in each group as a unit are also possible.

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MULTI POINT STATIC MONITOR	Features	Applications
TAS-1265 MPS	•Monitoring of static location at up to 100points •Monitoring in a range of up to 200m •Anomaly detection of static electricity	•Film, Panel •Electronic substrate •Precision instrument
Static guard watch. Central monitoring of static electricity.

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MULTI POINT STATIC MONITOR TRINC
TAS-1265 MPS

Static guard watcher.
Central monitoring of static electricity.

Features		Applications
■Monitoring of static condition at up to 100 points ■Possible to measure the object at distance up to 200mm ■Real-time static electricity monitoring		■Film factory ■Panel factory ■Metal foil plant ■Electronic substrate assembling factory ■Precision instruments factory

Central monitoring of static electricity in the wide factory

Feature 1

Automatic monitoring of static condition at up to 100 points: The automatic mode makes it possible to connect up to 100 static electrometers to monitor automatically.
Possible to measure the object at distance up to 200mm

Feature 2

Error-static detection signal output function: The static potential threshold can be set on each static electrometer, and when an error exceeding the threshold value occurs, the error signal is output to the external output of the static electrometer. The marker indicating the specific error value is shown in red on the screen graphic display.

Feature 3

Measurement of static with remote signal: This system can measure static electricity at the designated place when it is specified by the remote signal.

Feature 4

Three types of static measurement method SENSOR/GROUP/ALL: 1. Measurement of one ( 1) specified static electrometer; 2. Measurement of the static electrometer in the designated group; 3. Measurement of all static electrometers

Feature 5

Two types of static measurement mode REMOTE MODE / LOCAL MODE: 1. Display measurement data on PC screen（REMOTE MODE）; 2. Display measurement data on the controller without PC（LOCAL MODE）

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NEW	IoTT SPACE CLEANLINESS	Features	Applications
	MONITORING SYSTEM TAS-1381 SCMS	•Cleanliness monitoring at up to 100 points •Remote power source control	•Factory •Hospital •Every clean working space
	Centrally manage the space cleanliness monitor located throughout the factory.

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IoTT SPACE CLEANLINESS MONITORING SYSTEM
TAS-1381 SCMS

Centrally manage the space cleanliness monitor located throughout the factory.

Features		Applications
■Automatic monitoring of static location at up to 100 points ■Two measurement modes ■Multiple monitors can be managed in groups ■Power control of the terminal is possible from the PC		■Factory ■Area where cleanliness need to be managed ■Hospital

Centrally manage the space cleanliness monitor located throughout the factory.

Feature 1

Automatic monitoring of cleanliness of up to 100 places: Up to 100 Space Cleanliness Monitors L (SCML) can be connected for automatic monitoring. Furthermore, it can be divided into multiple groups according to the conditions such as the installation location, and monitoring in units of groups is possible.

Feature 2

Two measurement modes: Continue / Interval: (1) It reads to measure the data of Space Cleanliness Monitor L (SC ML) at 1-minute intervals. (Continue)
(2) It reads to measure the data of Space Cleanliness Monitor L (SC ML) at the set measurement interval. When no measurement is performed, the power to Space Cleanliness Monitor L (SCML) is turned off to save the power and avoid fouling of instruments. (Interval)

Feature 3

Three types of cleanliness measurement methods: Sensor / Group / All: (1) Measuring a single Specified Cleanliness Monitor L (SCML) (Sensor)
(2) Measuring the Space Cleanliness Monitor L (SCML) of the specified group (Group)
(3) Measuring all Space Cleanliness monitor Ls (SCMLs) (All)

Feature 4

Power control to Space Cleanliness Monitor L (SCML) is possible with PC: Power is supplied to the Space Cleanliness Monitor L (SCML) whose connection has been confirmed among the registered Space Cleanliness Monitor Ls (SCM Ls). Wasteful power consumption is eliminated by stopping the operation of the Space Cleanliness Monitor L (SCML) that is not in use, such as in a stopped line.

Feature 5

Graphical display of measurement results: Measurement results of Space Cleanliness Monitor L (SCML) are displayed in both numerical values and two types of graphs. In addition to the current cleanliness of the space where the sensor is installed, it is possible to visually grasp the cleanliness in temporally transitional manner.

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Product Informatoin

Remote Monitoring and Control