Data Loggers

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Humidity and Temperature Data Logger

Price: 10000 INR /Piece

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Product Details:

Application INDUSTRIAL
Color Black & White
Dimension (L*W*H) 60 x 38 x 18,5 mm Millimeter (mm)
Display Type LCD
GPS Yes
Interface Other
Minimum Order Quantity 5
Price 10000 INR
Type Humidity Data Logger
Unit of Measure Piece/Pieces
Unit of Price Piece/Pieces

The Humidity and Temperature Data Logger is a professional-grade device designed to provide accurate readings of temperature and humidity levels in a variety of industrial settings. With a sleek and compact design, the device is equipped with a LCD display, GPS, and a black and white color scheme. Measuring 60 x 38 x 18.5 mm, the device is perfect for use in tight spaces. The Humidity and Temperature Data Logger is a reliable and precise tool for monitoring environmental conditions.

FAQ :

Q: What is a Humidity and Temperature Data Logger?
A: A Humidity and Temperature Data Logger is a device used to measure and record temperature and humidity levels over a period of time.

Q: What are the specifications of the Humidity and Temperature Data Logger?
A: The Humidity and Temperature Data Logger has a GPS, a black and white LCD display, other type of interface, 60 x 38 x 18,5 mm Millimeter (mm) in dimension and is suitable for industrial applications.

Q: Does the Humidity and Temperature Data Logger have GPS?
A: Yes, the Humidity and Temperature Data Logger has GPS.

Specification

Model Name/Number	TESTO 174H
Type Of Data Logger	Digital Data Logger
Usage/Application	Vaccine Freezer
Parameter To Be Monitored	Temperature
Interface	USB Interface
Export Of Data	PDF
Display	Digital
Brand	TESTO
Model	174 H
Usage	Laboratory
Communication	With computer through USB

Technical Details

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PID TEMPERATURE CONTROLLER AI-7X82-Series

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Product Details:

Accuracy 0.5% of full scale
Alarm Programmable Output, Relay 3A at 220V AC
Battery Not Required (Powered by external supply)
Data Capacity Parameter storage for settings
Display Type Other, 4-Digit 7 Segment LED Display
Includes Other, Controller Unit, User Manual
Interface Other, Relay/SSR Output, Sensor Input Terminals
Measuring Range Depends on sensor type (typically -1999 to 9999)
Memory Non-volatile memory (parameter retention)
Net Weight Approx. 350g
Power Supply 85-265V AC/DC, 50/60Hz
Resolution 1C or 0.1C (Depending on sensor)
Size 96mm x 96mm x 65mm (Panel Cutout: 92mm x 92mm)
Standby Time Continuous Operation
Temperature Range Configurable, typically -199C to 999C
Theory Other , Proportional-Integral-Derivative (PID) Control
Type Other, PID Temperature Controller
Unit of Measure ,

AI-7X82-Series

Features

Low cost, Effective, Easy to use PID Temperature Controller
4-Digit display Dual Row (4-Digit for PV & 4-Digit for SV)
Selectable sensor input (T/C : J,K,R,S & RTD) from keyboard
Programmable Lower & Upper set point limits
Programmable control action ON-OFF/PID control
Programmable hysteresis in ON-OFF mode
Programmable time delay to activate output in ON-OFF mode
Selectable heat/cool logic in ON-OFF control mode
Four different alarm modes (Low/High/Band/Deviation)
Alarm latch / Alarm inhibit function
Programmable soak timer
Four different start modes for soak timer
Selectable time base for soak timer
Selectable soak timer direction
Settable soak time delay
Selectable End of soak strategy (heater off/alarm/both)
Program lock function (To prevent unauthorized tampering)
Universal supply voltage ranges from 90 To 270 VAC
Available in 5 Standard DIN sizes

Specification

Series		AI-7X82
Display
	Type	7 Segment LED
	No. of Digit	4 Digit Dual Row
	LED Indication	Output Status, Soak Time
	Display height	Table No.1
Input Specification
Measurement
	Input	Thermocouple J, K, R, S; RTD: pt-100
	Indication Accuracy	0.3% FS
	Resolution	J, K, R, S : 1C RTD : 1C / 0.1 C
Output Specification
Set Points
	No. of Set Points	2
	SP Range Limit	J : 0 to 760 C K : -99 to 1200 C R : 0 to 1700 C S : 0 to 1700 C RTD : -100 to 450 C RTD.1 : -99.9 to 450.0 C
Output 1
	Relay / SSR Drive	To be Specified (Factory Set)
	Relay Contact Rating	5 A @ 250 VAC/30 VDC resistive
	SSR Drive	12 VDC @ 50 mA
Output 2
	Relay / SSR Drive	To be Specified (Factory Set)
	Relay Contact Rating	5 A @ 250 VAC/30 VDC resistive
	SSR Drive	12 VDC @ 50 mA
Functional Specification
Control Action		PID or ON/OFF
Control Parameter
	Hysteresis	J, K, R, S, RTD : 1 to 99 C RTD.1: 0.1 to 99.9 C
	Delay	0 to 500 Sec
	Proportional Band	0.5 to 99.9C
	Cycle Time	0.5 to 100.0 Sec
	Aux. Control	Absolute / Deviation
Output 2 Function
	Alarm	Low /High /Band /Deviation
	Soak Timer	1-9999 mins.
	Alarm	Low /High /Band /Deviation
General Specification
Supply Voltage
	90 - 270 VAC/DC
	24 VAC/DC (OPTIONAL)
Temperature
	Operating	0 - 50C
	Storage	-20 to 75C
Humidity (Non-condensing)	95 % RH

Flexible Control Output Selection

Choose between Relay, SSR, or Analog 4-20mA/0-10V output to match a wide array of industrial application needs. This flexibility enhances integration with various devices and systems, ensuring optimum temperature management reliability.

Versatile Sensor Input Compatibility

Accepts multiple sensor types, including Thermocouples (K, J, T, R, S) and RTD (Pt100), providing adaptability for different temperature measurement requirements in industrial settings. Sensor selection is easily configurable for precise regulation.

Efficient and User-Friendly Operation

Push button digital programming allows straightforward setup and parameter adjustment. High brightness 4-digit LED provides clear readings, while the IP54-rated panel ensures durability in tough industrial environments.

FAQs of PID TEMPERATURE CONTROLLER AI-7X82-Series:

Q: How do I select the appropriate control output for my application with the AI-7X82-Series PID Temperature Controller?

A: You can choose between Relay, SSR, or Analog 4-20mA/0-10V control outputs based on your systems requirements. The output type is selectable via the devices settings, making it adaptable for various heating or cooling equipment integration.

Q: What sensors are compatible with the AI-7X82-Series controller, and how does the sensor input selection process work?

A: The controller supports Thermocouple types K, J, T, R, S and RTD Pt100 sensors. Sensor selection is digitally programmed using the push-button interface, allowing users to configure the input to match their specific temperature measurement needs.

Q: When should I use the automatic versus manual control mode on the AI-7X82-Series?

A: Automatic mode utilizes PID control for precise temperature regulation, ideal for processes requiring consistent thermal management. Manual mode allows the operator to adjust the output directly, suitable for testing, troubleshooting, or special operational scenarios.

Q: Where can the AI-7X82-Series PID Temperature Controller be installed?

A: This unit is designed for panel mounting, fitting into a standard panel cutout of 92mm x 92mm. Its IP54 front panel protection makes it suitable for harsh industrial environments, including manufacturing plants and process control panels.

Q: What is the process for programming settings and storing parameters on this controller?

A: Settings are programmed through user-friendly push buttons on the front panel. Parameters are stored in non-volatile memory, ensuring all configuration data is retained even during power loss or shutdown.

Q: How does the RS485 communication feature benefit industrial applications?

A: The optional RS485 interface allows for remote monitoring and integration into centralized control systems. This enhances data communication and process automation, especially in large-scale environments.

Q: What are the advantages of using the AI-7X82-Series controller for industrial temperature management?

A: This controller offers precise regulation (0.5% full scale), flexible configurations, rapid response time, reliable performance, and robust protection, making it a valuable solution for continuous operation in demanding industrial settings.

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PID TEMPERATURE CONTROLLER AI-7X42-Series

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Product Details:

Accuracy 0.2% of FS 1 digit
Alarm 1 or 2 relay output alarms selectable
Display Type Other, Dual 4-digit 7-segment LED Display
Includes Other, Controller Unit, Instruction Manual
Interface Other, Universal Input (Thermocouple, RTD, mV, V, mA)
Measuring Range -1999 to 9999 (depends on input type)
Memory Non-volatile EEPROM
Net Weight Approx. 350 g
Power Supply 100-240 V AC (50/60Hz)
Resolution 1C / 0.1C
Size 96 x 48 x 110 mm
Temperature Range -199C to 1800C (input dependent)
Theory Other , Proportional-Integral-Derivative (PID)
Type Other, PID Temperature Controller
Unit of Measure ,

AI-7X42-Series

Features

Low cost, Effective, Easy to use PID Temperature Controller
4 Digit Single Row Display
Selectable sensor input (T/C : J,K,R,S & RTD) from keyboard
Programmable Lower & Upper set point limits
Programmable control action ON-OFF/PID control
Programmable hysteresis in ON-OFF mode
Programmable time delay to activate output in ON-OFF mode
Selectable heat/cool logic in ON-OFF control mode
Four different alarm modes (Low/High/Band/Deviation)
Alarm latch / Alarm inhibit function
Second output for auxiliary control/alarm mode
Program lock function (To prevent unauthorized tampering)
Universal supply voltage ranges from 90 To 270 VAC
Available in 5 Standard DIN sizes Specification

Specification

Series		AI-7X42
Display
	Type	7 Segment LED
	No. of Digit	4 Digit Single Row
	LED Indication	Output Status
	Display height	Table No.1
Input Specification
Measurement
	Input	Thermocouple J, K, R, S; RTD: pt-100
	Indication Accuracy	0.3% FS
	Resolution	J, K, R, S : 1C RTD : 1C / 0.1 C
Output Specification
Set Points
	No. of Set Points	2
	SP Range Limit	J : 0 to 760 C K : -99 to 1200 C R : 0 to 1700 C S : 0 to 1700 C RTD : -100 to 450 C RTD.1 : -99.9 to 450.0 C
Output 1
	Relay / SSR Drive	To be Specified (Factory Set)
	Relay Contact Rating	5 A @ 250 VAC/30 VDC resistive
	SSR Drive	12 VDC @ 50 mA
Output 2
	Relay / SSR Drive	To be Specified (Factory Set)
	Relay Contact Rating	5 A @ 250 VAC/30 VDC resistive
	SSR Drive	12 VDC @ 50 mA
Functional Specification
Control Action		PID or ON/OFF
Control Parameter
	Hysteresis	J, K, R, S, RTD : 1 to 99 C RTD.1: 0.1 to 99.9 C
	Delay	0 to 500 Sec
	Proportional Band	0.5 to 99.9C
	Cycle Time	0.5 to 100.0 Sec
Output 2 Function
	Aux. Control	Absolute / Deviation
	Alarm	Low /High /Band /Deviation
	Alarm Hysteresis	J, K, R, S, RTD : 1 to 99 C RTD.1 : 0.1 to 99.9 C
General Specification
Supply Voltage
	H90 - 270 VAC/DC
	24 VAC/DC (OPTIONAL)
Temperature
	Operating	0 - 50C
	Storage	-20 to 75C
Humidity (Non-condensing)	95 % RH

Versatile Input & Output Solutions

The AI-7X42-Series controller accommodates various input types, including K, J, T, E, R, S, B, N, WRe thermocouples, Pt100 and Cu50 RTDs, as well as voltage and mA inputs. Its flexible output configurationRelay, SSR, or Currentenables seamless integration into different systems, ensuring adaptability across multiple industrial environments.

Robust Performance & Intuitive Operation

Designed for high accuracy and reliability, the controller offers a rapid 250ms sampling cycle and memory retention through non-volatile EEPROM. Its panel mount design fits a cutout size of 92 x 45 mm, complemented by a user-friendly digital keypad. The dual LED display ensures clear monitoring of status and settings even in challenging working conditions.

FAQs of PID TEMPERATURE CONTROLLER AI-7X42-Series:

Q: How do I install and set up the AI-7X42-Series temperature controller?

A: The device is designed for panel mounting with a cutout size of 92 x 45 mm. Installation involves securing the controller in the panel, connecting the appropriate inputs (thermocouple, RTD, or signal), and configuring settings via the digital keypad. Refer to the included instruction manual for step-by-step wiring and parameter setting guidance.

Q: What input types and temperature ranges does this controller support?

A: The controller accepts thermocouples (K, J, T, E, R, S, B, N, WRe), RTDs (Pt100, Cu50), and voltage/mA signals. Supported temperature range varies based on the input type, from as low as -199C up to 1800C. The measuring range is -1999 to 9999 depending on the sensor used.

Q: When should I use Auto PID or Manual PID control modes?

A: Auto PID mode is suitable for processes requiring precise and continuous temperature control with automatic tuning. Manual PID is ideal for operations that benefit from user-defined control adjustments. ON/OFF mode can be chosen for simpler applications or backup control.

Q: Where can this temperature controller be used effectively?

A: The AI-7X42-Series is suitable for industrial applications such as process heating, ovens, plastic machinery, laboratory equipment, and HVAC systems. Its wide input compatibility and panel mount design make it adaptable to a variety of control systems.

Q: What is the process for configuring output alarms on this controller?

A: Output alarms can be set using the digital keypad. You may select 1 or 2 relay output alarms depending on process requirements. Alarm parameters such as set point and function are programmable through the menu as outlined in the instruction manual.

Q: How does the controller ensure long-term data retention and stability?

A: Settings and parameters are stored on non-volatile EEPROM memory, ensuring retention even after power loss. The device operates reliably in environments with up to 85% humidity and within a storage temperature range of -10C to 60C.

Q: What are the key benefits of using the AI-7X42-Series PID controller?

A: The controller delivers precise temperature regulation, supports a wide array of sensors, and offers a sturdy interface with multiple output options. Its fast response time, easy configuration, and durable panel-mounted design with IP54 front protection make it an excellent choice for both exporters and manufacturers in demanding industrial settings.

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TIMER KEYBOARD BASED KTM-XX3 Series

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Product Details:

Accuracy 0.5% of setting
Alarm Buzzer Output
Battery Built-in rechargeable (Ni-MH)
Data Capacity Multiple program settings (up to 50)
Display Type Other, Digital LED
GPS No
Includes Other, Wall Mounting Accessories
Interface Other, Keypad Buttons
Measuring Range 1 second to 99 hours
Memory 7 days (Programmable)
Net Weight Approx. 250 g
Power Supply 220 VAC, 50Hz
Resolution 1 second
Size 100 mm x 85 mm x 50 mm
Standby Time Up to 48 hours (battery mode)
Temperature Range 0C to 50C
Theory Other , Electronic Count Down Timer
Type Other, Keyboard Based Timer
Unit of Measure ,

KTM-XX3 Series

Features

Low cost, Effective, Easy to use Keyboard based Digital timer

Programmable timer start modes to suit various applications

Programmable Up/Down counting

Programmable Front Reset

Programmable Output 2 functions : Auxiliary contact/End of cycle/Instant contact

Multiple Time Range: From 0.01 Sec. to 999 Hrs.

Time Setting via keyboard

Configuration at power on (To prevent unauthorized tampering)

Available in 5 Standard DIN sizes

3-Digit display

Programmable ON Delay/Interval/Cyclic/Forward-Reverse mode

Programmable Auto Reset/Latch Output

Programmable Memory Backup

High Accuracy: 0.05% of Full scale (Repeat Accuracy: 0.01%)

Time base selection via keyboard

Independent time base for both cycles in Cyclic mode

Universal supply voltage ranges from 90 To 270 VAC

Specification

KTM-3D
Series		Economical keyboard Counter
Display	Type	7 segment LED
	No. of Digits	4 Digits, Single Row
	LED Indication	Output Status ; Batch/AR Time
	Dimensions	Table no : 1
Input Specification
Start Input		Power On, Pulse (Edge Trigger),Front Start (Programmable)
Reset Input		Front Key & Rear Terminal (Potential free)
Accuracy		Setting : 0.05% of Full scale Repeat : 0.01%
Output Specification
No. Of Outputs		2
Output 1	Relay / SSR	Factory settings
	Relay Contact Rating	5 A @ 250V AC/30V DC resistive
	SSR	12 VDC @ 50mA
Output 2	Relay / SSR	Factory settings
	Relay Contact Rating	5 A @ 250V AC/30V DC resistive
	SSR	12 VDC @ 50mA
Configuration Parameters
Delay Modes		On Delay/Interval/Cyclic ON time first/Cyclic OFF time first/Cyclic Hold-Forward-Hold-Reverse-Hold
Time Range		9.99 Sec ; 99.9 Sec ; 999 Sec
		9.59 Min : Sec
		99.9 Min ; 999 Min
		9.59 Hrs : Min
		99.9 Hrs ; 999 Hrs
Timer Start Modes		Power On Start
		Pulse Start (Edge Triggered)
		Front Start Pulse Start (Edge +Level )
Programmable No. of Cycle		Applicable in On delay/Off delay CY1 & CY2 Mode Only
Timing Accuracy		0.05 % Full scale
Time Base Selection		Through Keyboard
Front Panel Reset		Enable/Disable
Memory Backup		Enable/Disable
Output 2 Configurable		Auxiliary Contact
Output 2 Configurable		Batch Mode
General Specification
Supply Voltage		90 - 270 VAC/DC
Supply Voltage		24 VAC/DC (OPTIONAL)
Temperature	Operating	0 - 50C
	Storage	-20 to 75C
Humidity (Non-condensing)		95 % RH
		Weight

Precision and Scheduling Flexibility

The KTM-XX3 Series Timer allows users to program up to 50 distinct on/off cycles every day, providing exceptional control over automation tasks. Its 1-second resolution and 0.5% settings accuracy guarantee precise operation, vital for environments demanding consistent workflow automation and reliable lighting management.

Durable and Secure Performance

Engineered with a flame-retardant ABS plastic housing and an IP20 ingress protection rating, this timer offers robust durability and safety in industrial environments. The device supports both surface and panel mounting options for versatile installation, maintaining operational integrity in various setups.

User-Friendly Interface and Extended Utility

Equipped with a digital LED display and keypad buttons, the KTM-XX3 Timer is straightforward to program and monitor. Its 7-day programmable memory accommodates multiple settings, while the built-in battery ensures up to 48 hours of uninterrupted operation during power interruptions.

FAQs of TIMER KEYBOARD BASED KTM-XX3 Series:

Q: How do I program multiple on/off events on the KTM-XX3 Series Timer?

A: Programming up to 50 on/off cycles per day is easily managed through the keypad interface. Simply use the buttons to set times for activation and deactivation, with a resolution ranging from 1 second to 99 hours.

Q: What applications can the KTM-XX3 Timer be used for?

A: This timer is suitable for industrial automation, lighting control, and process automation, offering customizable scheduling for machinery, lighting fixtures, and equipment requiring timed operation.

Q: When should I use surface or panel mounting for this timer?

A: Surface mounting is recommended for quick, external installation, while panel mounting is ideal for integrated setups within control boards, ensuring stability and protection depending on your environment.

Q: Where can the KTM-XX3 Series Timer be installed?

A: The device can be installed in any industrial or commercial area that meets its operating conditions (0C to 50C, <95% RH non-condensing), using the included wall mounting accessories for secure placement.

Q: What is the process for recovering a scheduled program after a power outage?

A: Its built-in rechargeable Ni-MH battery maintains settings and supports up to 48 hours of standby time, automatically preserving programmed events and ensuring seamless operation when power is restored.

Q: How does using the KTM-XX3 Series Timer benefit overall system automation?

A: By reliably managing scheduled events with high accuracy, the timer streamlines automation, cuts manual intervention, boosts efficiency, and reduces energy consumption in industrial and lighting systems.

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TIMER PUSH WHEEL BASED DTM-XX3 Series

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Product Details:

Accuracy 1% of Full Scale
Alarm End Time Relay Contact Output
Battery No battery required (Power supply operated)
Data Capacity N/A (Mechanical Timer)
Display Type Other, Mechanical Counter Display
Includes Other, Main Unit, Mounting Bracket, User Manual
Interface Other, Rotary Dial
Measuring Range 0 to 9999 seconds/minutes (selectable)
Memory Non-Volatile Memory
Net Weight Approx. 310g
Power Supply 220-240V AC, 50/60Hz
Resolution 1 second/minute
Size 48 x 96 x 83 mm
Standby Time Continuous Operation
Temperature Range -10C to +55C
Theory Other , Mechanical/Relay Switch Timer
Type Other, Push Wheel Timer
Unit of Measure ,

DTM-XX2 Series

Features

Low cost, Effective, Easy to use Pushwheel based Digital timer

Programmable ON Delay/Interval mode via DIP switch

Multiple Time Range: From 0.1 Sec. to 99 Hrs.

Time Setting via High Quality Push wheel switches

Universal supply voltage ranges from 90 To 270 VAC

2-Digits, Single Row Display

High Accuracy: 0.05% of Full scale (Repeat Accuracy: 0.01%)

Time base selection via DIP switches

Configuration at power on (To prevent unauthorized tampering)

Available in 2 Standard DIN sizes

Specification

DTM-2D
Series		Economical keyboard Counter
Display	Type	7 segment LED
	No. of Digits	4 Digits, Single Row
	LED Indication	Output Status ; Batch/AR Time
	Dimensions	Table no : 1
Input Specification
Start Input		Power On, Pulse (Edge Trigger),Front Start (Programmable)
Reset Input		Front Key & Rear Terminal (Potential free)
Accuracy		Setting : 0.05% of Full scale Repeat : 0.01%
Output Specification
No. Of Outputs		2
Output 1	Relay / SSR	Factory settings
	Relay Contact Rating	5 A @ 250V AC/30V DC resistive
	SSR	12 VDC @ 50mA
Output 2	Relay / SSR	Factory settings
	Relay Contact Rating	5 A @ 250V AC/30V DC resistive
	SSR	12 VDC @ 50mA
Configuration Parameters
Delay Modes		On Delay/Interval
Time Range		9.9 Sec ; 99 Sec
		9.9 Min ; 99 Min
		9.9 Hrs ; 99 Hrs
Timing Accuracy		0.05 % Full scale
Front Panel Reset		Enable only
Output 2 Configurable		Auxiliary Contact
General Specification
Supply Voltage		90 - 270 VAC/DC
Supply Voltage		24 VAC/DC (OPTIONAL)
Temperature	Operating	0 - 50C
	Storage	-20 to 75C
Humidity (Non-condensing)		95 % RH
		Weight

High Durability and Reliability

Built to deliver over 100,000 electrical cycles and 10 million mechanical cycles, the DTM-XX3 ensures consistent performance across demanding environments. The device supports continuous operation and integrates effective end-time relay contact outputs for dependable process control.

Flexible, Precise Timing Control

Users benefit from a wide measuring range of 09999 seconds or minutes, selectable via the intuitive push wheel and rotary dial interface. The timers 1% full scale accuracy and mechanical counter display make it ideal for applications where precise, repeatable time settings are essential.

Simple Installation and User Interface

The timer is equipped with a panel mount, screw terminal connections, and comes complete with a mounting bracket and user manual. Its straightforward setup and robust design accommodate various industrial use cases, making integration easy and maintenance minimal.

FAQs of TIMER PUSH WHEEL BASED DTM-XX3 Series:

Q: How do I set the timing operation on the DTM-XX3 Series push wheel timer?

A: You can set the timing by rotating the push wheel and using the rotary dial to select your desired duration, ranging from 0 to 9999 seconds or minutes. The mechanical counter display shows the set value for quick verification.

Q: What are the main benefits of a mechanical timer like the DTM-XX3 Series over electronic timers?

A: Mechanical timers like the DTM-XX3 Series offer high reliability, non-volatile memory (settings retained without power), longer life spans, and no need for battery replacement, making them ideal for continuous industrial operation.

Q: When should I use automatic or manual reset modes on this timer?

A: Use automatic reset for repetitive timing cycles required in ongoing processes. Manual reset is more suitable when a process needs controlled restart after each timing operation, often used for safety or process audits.

Q: Where can I install the TIMER PUSH WHEEL BASED DTM-XX3 Series in an industrial setup?

A: It is designed for panel mounting in control panels or machinery. Ensure the front panel is accessible for setting adjustments and the unit is installed within the recommended temperature range of -10C to +55C.

Q: What is the process for wiring this timer, and what connections are available?

A: Wiring is done through durable screw terminals with clear markings in the included manual. The timer supports direct connection to a 220-240V AC, 50/60Hz supply and offers 1 C/O (SPDT) relay contact output for alarm or control integration.

Q: How does the timer benefit industrial automation and process control?

A: The DTM-XX3 Series enhances process automation by providing precise, repeatable ON delay control. Its reliability, easy interface, and accurate timing enable improved safety, efficiency, and consistency in automated systems.

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PID TEMPERATURE CONTROLLER AI-7X81-Series

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Product Details:

Unit of Measure ,

AI-7X81-Series

Features

Low cost, Effective, Easy to use PID Temperature Controller
4 Digits Dual Row Display (4-Digits for PV & 4-Digits for SV)
Selectable sensor input (T/C : J,K,R,S & RTD) from keyboard
Programmable Lower & Upper set point limits
Programmable control action ON-OFF/PID control
Programmable hysteresis in ON-OFF mode/li>
Programmable time delay to activate output in ON-OFF mode
Selectable heat/cool logic in ON-OFF control mode
User selectable Relay Or SSR DriveOutput
Program lock function (To prevent unauthorized tampering)
Universal supply voltage ranges from 90 To 270 VAC
Available in 5 Standard DIN sizes Specification

Specification

Series		AI-7X81
Display
	Type	7 Segment LED
	No. of Digit	4 Digit Dual Row
	LED Indication	Output Status
	Display height	Table No.1
Input Specification
Measurement
	Input	Thermocouple J, K, R, S; RTD: pt-100
	Indication Accuracy	0.3% FS
	Resolution	J, K, R, S : 1C RTD : 1C / 0.1 C
Output Specification
Set Points
	No. of Set Points	1
	SP Range Limit	J : 0 to 760 C K : -99 to 1200 C R : 0 to 1700 C S : 0 to 1700 C RTD : -100 to 450 C RTD.1 : -99.9 to 450.0 C
Output 1
	Relay / SSR Drive	User Selectable
	Relay Contact Rating	5 A @ 250 VAC/30 VDC resistive
	SSR Drive	2 VDC @ 50 mA
Functional Specification
Control Action		PID or ON/OFF
Control Parameter
	Hysteresis	J, K, R, S, RTD : 1 to 99 C RTD.1 : 0.1 to 99.9 C
	Delay	0 to 500 Sec
	Proportional Band	0.5 to 99.9C
Cycle Time	0.5 to 100.0 Sec
General Specification
Supply Voltage
	H90 - 270 VAC/DC
	24 VAC/DC (OPTIONAL)
Temperature
	Operating	0 - 50C
	Storage	-20 to 75C
Humidity (Non-condensing)	95 % RH

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PID TE,PERATURE CONTROLLER AI-7X42-Series

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Product Details:

Accuracy 0.3% FS
Alarm Configurable high/low temperature alarms
Data Capacity Parameter settings retained in non-volatile memory
Display Type Other, Dual 4-digit bright LED Display
Includes Other, Controller unit, screw terminal connectors
Interface Other, Relay Output, SSR Output, Analog Output (optional)
Measuring Range Depends on sensor type (e.g., K-type: 0C to 1200C)
Memory Non-volatile memory for parameter settings
Net Weight Approx. 250g
Power Supply 85265V AC/DC Universal input
Resolution 1C (configurable as per sensor)
Size 48 x 48 x 110 mm (Panel mount)
Standby Time Continuous operation (No battery) supplied via mains
Temperature Range -1999C to 9999C depending on sensor
Theory Other , Proportional-Integral-Derivative (PID) Control
Type Other, Universal Digital PID Temperature Controller
Unit of Measure ,

AI-7X42-Series

Features

Low cost, Effective, Easy to use PID Temperature Controller
4 Digit Single Row Display
Selectable sensor input (T/C : J,K,R,S & RTD) from keyboard
Programmable Lower & Upper set point limits
Programmable control action ON-OFF/PID control
Programmable hysteresis in ON-OFF mode
Programmable time delay to activate output in ON-OFF mode
Selectable heat/cool logic in ON-OFF control mode
Four different alarm modes (Low/High/Band/Deviation)
Alarm latch / Alarm inhibit function
Second output for auxiliary control/alarm mode
Program lock function (To prevent unauthorized tampering)
Universal supply voltage ranges from 90 To 270 VAC
Available in 5 Standard DIN sizes Specification

Specification

Series		AI-7X42
Display
	Type	7 Segment LED
	No. of Digit	4 Digit Single Row
	LED Indication	Output Status
	Display height	Table No.1
Input Specification
Measurement
	Input	Thermocouple J, K, R, S; RTD: pt-100
	Indication Accuracy	0.3% FS
	Resolution	J, K, R, S : 1C RTD : 1C / 0.1 C
Output Specification
Set Points
	No. of Set Points	2
	SP Range Limit	J : 0 to 760 C K : -99 to 1200 C R : 0 to 1700 C S : 0 to 1700 C RTD : -100 to 450 C RTD.1 : -99.9 to 450.0 C
Output 1
	Relay / SSR Drive	To be Specified (Factory Set)
	Relay Contact Rating	5 A @ 250 VAC/30 VDC resistive
	SSR Drive	12 VDC @ 50 mA
Output 2
	Relay / SSR Drive	To be Specified (Factory Set)
	Relay Contact Rating	5 A @ 250 VAC/30 VDC resistive
	SSR Drive	12 VDC @ 50 mA

Versatile Control Modes

The AI-7X42-Series allows you to select between PID, ON-OFF, or AUTO tuning control methods to optimize temperature management for diverse applications. This flexibility ensures reliable regulation, whether for simple or complex industrial processes.

Wide Input Compatibility

Easily interface with different sensor types, including thermocouples, RTDs, voltage, and current. This universal input capability enables precise temperature measurement across varying equipment setups and industries.

User-Friendly Features

Enjoy an intuitive dual 4-digit bright LED display, easy panel mounting, and quick parameter setup. The non-volatile memory safeguards your settings, supporting uninterrupted usage without constant reconfiguration.

Secure and Durable Design

Constructed from ABS flame-retardant material and protected by an IP20 rating, the controller is designed for operational safety and long service life in demanding environments.

FAQs of PID TE,PERATURE CONTROLLER AI-7X42-Series:

Q: How can I select and configure the input type for the AI-7X42-Series controller?

A: To set up the input type, access the controllers parameter menu, where you can choose from thermocouple, RTD, voltage, or current inputs depending on your sensor. Refer to the user manual for the specific codes and configuration steps.

Q: What benefits does auto-tuning offer compared to standard PID or ON-OFF control?

A: Auto-tuning automatically determines optimal PID parameters for your system, reducing manual setup and enhancing control precision. This is especially advantageous when process dynamics are unknown or subject to change.

Q: Where should the AI-7X42-Series controller be installed for optimal performance?

A: Install the controller in a panel-mounted position with sufficient ventilation, away from excessive humidity (3585% RH) and ambient temperatures above 50C. This setup ensures protection against dust and stable operation.

Q: When should I use the alarm feature, and how do I configure it?

A: Use the configurable high/low temperature alarms to alert operators of deviations from set thresholds. Access the alarm settings via the menu and input your desired alarm values as per your process requirements.

Q: What happens to my parameter settings if there is a power outage?

A: The AI-7X42-Series controller employs non-volatile memory, which securely retains all parameter settings even during power loss, eliminating the need to reprogram after outages.

Q: How is the output type (relay, SSR, analog) chosen and what does it influence?

A: Select the output type (relay, SSR, 4-20mA, or 0-10V) during installation or configuration based on your control hardware. The chosen output determines how the controller communicates with your final control element, such as heaters or actuators.

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TIMER PUSH WHEEL BASED DTM-XX2 Series

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Product Details:

Accuracy 0.01% of set time
Alarm Relay output on completion
Battery Not required (Mains powered)
Display Type Other, 7-segment LED digital display
Includes Other, Mounting bracket, instruction manual
Interface Other, Front mechanical push wheel
Measuring Range 0.01 sec to 99.99 hrs (model dependent)
Memory Non-volatile memory for settings retention
Net Weight Approx. 250 g
Power Supply 110V/230V AC, 50/60Hz or 24V DC (model dependent)
Resolution 0.01 sec
Size 72 x 72 mm panel size (depth varies per model)
Standby Time Continuous operation on mains
Temperature Range 0C to 55C operating
Theory Other , Electronic time counting
Type Other, Push Wheel Digital Timer
Unit of Measure ,

DTM-XX2 Series

Features

Low cost, Effective, Easy to use Pushwheel based Digital timer

Programmable ON Delay/Interval mode via DIP switch

Multiple Time Range: From 0.1 Sec. to 99 Hrs.

Time Setting via High Quality Push wheel switches

Universal supply voltage ranges from 90 To 270 VAC

2-Digits, Single Row Display

High Accuracy: 0.05% of Full scale (Repeat Accuracy: 0.01%)

Time base selection via DIP switches

Configuration at power on (To prevent unauthorized tampering)

Available in 2 Standard DIN sizes

Specification

DTM-2D
Series		Economical keyboard Counter
Display	Type	7 segment LED
	No. of Digits	4 Digits, Single Row
	LED Indication	Output Status ; Batch/AR Time
	Dimensions	Table no : 1
Input Specification
Start Input		Power On, Pulse (Edge Trigger),Front Start (Programmable)
Reset Input		Front Key & Rear Terminal (Potential free)
Accuracy		Setting : 0.05% of Full scale Repeat : 0.01%
Output Specification
No. Of Outputs		2
Output 1	Relay / SSR	Factory settings
	Relay Contact Rating	5 A @ 250V AC/30V DC resistive
	SSR	12 VDC @ 50mA
Output 2	Relay / SSR	Factory settings
	Relay Contact Rating	5 A @ 250V AC/30V DC resistive
	SSR	12 VDC @ 50mA
Configuration Parameters
Delay Modes		On Delay/Interval
Time Range		9.9 Sec ; 99 Sec
		9.9 Min ; 99 Min
		9.9 Hrs ; 99 Hrs
Timing Accuracy		0.05 % Full scale
Front Panel Reset		Enable only
Output 2 Configurable		Auxiliary Contact
General Specification
Supply Voltage		90 - 270 VAC/DC
Supply Voltage		24 VAC/DC (OPTIONAL)
Temperature	Operating	0 - 50C
	Storage	-20 to 75C
Humidity (Non-condensing)		95 % RH
		Weight

Versatile Timing for Industrial Applications

Supporting both ON delay and interval modes, the DTM-XX2 Series timer adapts seamlessly to varying process requirements, making it perfect for control panels, automation, and manufacturing environments. Its selectable timing options suit multiple applications, from machinery sequencing to batch processing.

Robust Design with Reliable Operation

Designed with a flame-retardant ABS plastic body and front IP40 protection, this timer withstands rigorous industrial conditions. The panel mounting and compact size (72 x 72 mm) ensure easy installation, while continuous operation on mains power keeps processes running smoothly.

User-Friendly Interface and Accurate Performance

The mechanical push wheel interface and bright 7-segment LED display make setup and monitoring straightforward. With non-volatile memory for parameter retention and high accuracy (0.01%), settings remain secure and reliable for all timing needs.

FAQs of TIMER PUSH WHEEL BASED DTM-XX2 Series:

Q: How does the TIMER PUSH WHEEL BASED DTM-XX2 Series ensure user-friendly operation?

A: This timer features a mechanical front push wheel interface and a clear 7-segment LED display, allowing users to easily set and monitor timing parameters. Its panel-mount design further simplifies installation and accessibility.

Q: What contact specifications does the relay output provide for industrial loads?

A: The timer utilizes a single SPDT (1 C/O) relay output, rated at 5A for 230V AC resistive loads, providing reliable switching capability widely suited to industrial automation needs.

Q: When is it advantageous to use the manual and automatic reset functions?

A: Manual reset is ideal for processes requiring operator confirmation before restarting, while automatic reset benefits repetitive or cycle-based operations, allowing seamless and continuous timing without intervention.

Q: Where should I install the DTM-XX2 timer for optimal performance?

A: The timer is designed for panel mounting within control cabinets. Its IP40 front protection and robust ABS housing make it suitable for factory floors, machinery panels, and process control consoles.

Q: What is the process for adjusting timing settings and what benefit does the memory function provide?

A: Users adjust timing by turning the mechanical push wheels on the panel. The non-volatile memory stores these settings, ensuring that configured values are retained even after a power interruption, minimizing downtime and setup effort.

Q: How is timing accuracy maintained, and what measurement range does the timer support?

A: The DTM-XX2 Series achieves high accuracy (0.01%), supporting measurement ranges from 0.01 seconds to 99.99 hours, selectable per model. This guarantees precise timing for varied industrial processes.

Q: What are the advantages of using this timer in humid environments?

A: With a humidity operating range of 35% to 85% RH (non-condensing) and flame-retardant housing, the timer remains dependable and safe in typical industrial environments, reducing the risk of malfunction due to environmental stress.

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TIMER KEYBOARD BASED KTM-XX8 Series

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Product Details:

Accuracy 0.01%
Alarm Buzzer
Battery Rechargeable Lithium Battery
Data Capacity Up to 100 Events
Display Type Other, 7-Segment LED
GPS No
Includes Other, Main Unit, Manual
Interface Other, Digital Keypad
Measuring Range 1 second to 999 hours
Memory Non-Volatile Storage
Net Weight 350 grams
Power Supply 220V AC or Battery
Resolution 1 second
Size 120 x 100 x 60 mm
Standby Time Up to 48 hours
Temperature Range -10C to 50C
Theory Other , Electronic Timer, Digital Control
Type Other, Keyboard Based Timer
Unit of Measure ,

KTM-XX8 Series

Features

Low cost, Effective, Easy to use Keyboard based Digital timer

4-Digits, Dual Row Display [Upper 3-Digit: Run time & Lower 3-Digit: Set time]

Programmable ON Delay/Interval/Cyclic/Forward-Reverse mode [with Hold time]

Programmable total time in Forward-Reverse mode

Programmable Front Reset

Programmable Output 2 functions : Auxiliary contact/End of cycle/Instant contact

Multiple Time Range: From 0.01 Sec. to 999 Hrs.

Time Setting via keyboard

Configuration at power on (To prevent unauthorized tampering)

Available in 5 Standard DIN sizes

Programmable timer start modes to suit various applications

Programmable No. of cycle in Cyclic mode

Programmable Up/Down counting

Programmable Auto Reset/Latch Output

Programmable Memory Backup

High Accuracy: 0.05% of Full scale (Repeat Accuracy: 0.01%)

Time base selection via keyboard

Independent time base for both cycles in Cyclic mode

Universal supply voltage ranges from 90 To 270 VAC

Specification

KTM-8D
Series		Economical keyboard Counter
Display	Type	7 segment LED
	No. of Digits	4 Digits, Single Row
	LED Indication	Output Status ; Batch/AR Time
	Dimensions	Table no : 1
Input Specification
Start Input		Power On, Pulse (Edge Trigger),Front Start (Programmable)
Reset Input		Front Key & Rear Terminal (Potential free)
Accuracy		Setting : 0.05% of Full scale Repeat : 0.01%
Output Specification
No. Of Outputs		3
Output 1	Relay / SSR	Factory settings
Output 1	Relay Contact Rating	5 A @ 250V AC/30V DC resistive
Output 2	Relay / SSR	Factory settings
	Relay Contact Rating	5 A @ 250V AC/30V DC resistive
	SSR	12 VDC @ 50mA
Output 3	Relay / SSR	Factory settings
	Relay Contact Rating	5 A @ 250V AC/30V DC resistive
	SSR	12 VDC @ 50mA
Configuration Parameters
Delay Modes		On Delay/Interval/Cyclic ON time first/Cyclic OFF time first/Cyclic Hold-Forward-Hold-Reverse-Hold
Time Range		9.99 Sec ; 99.9 Sec ; 999 Sec
		9.59 Min : Sec
		99.9 Min ; 999 Min
		9.59 Hrs : Min
		99.9 Hrs ; 999 Hrs
Timer Start Modes		Power On Start
		Pulse Start (Edge Triggered)
		Front Start Pulse Start (Edge +Level )
Programmable No. of Cycle		Applicable in On delay/Off delay CY1 & CY2 Mode Only
Timing Accuracy		0.05 % Full scale
Time Base Selection		Through Keyboard
Front Panel Reset		Enable/Disable
Memory Backup		Enable/Disable
Output 2 Configurable		Auxiliary Contact
Output 2 Configurable		Batch Mode
Output 3		Applicable in CY1, CY2 & CY3 Mode
General Specification
Supply Voltage		90 - 270 VAC/DC
Supply Voltage		24 VAC/DC (OPTIONAL)
Temperature	Operating	0 - 50C
	Storage	-20 to 75C
Humidity (Non-condensing)		95 % RH
		Weight

Advanced Time Control Features

The KTM-XX8 Series delivers robust time management capabilities with its digital keypad input, relay control outputs, and a wide measuring range. Its intuitive keypad and LED display simplify programming, making it ideal for process automation.

Reliable Construction and Protection

Crafted from ABS polycarbonate with protection class IP20, this timer resists dust and general mechanical wear. Its engineered to maintain performance in humid conditions up to 85% RH and temperatures from -10C to 50C.

Flexible Power and Event Logging

With options for 220V AC or rechargeable battery power, the KTM-XX8 ensures continuous operation. Its non-volatile memory allows for up to 100 event recordings, supporting historical data and repeatable automation tasks.

FAQs of TIMER KEYBOARD BASED KTM-XX8 Series:

Q: How is the KTM-XX8 Series timer installed?

A: The KTM-XX8 Series timer is designed for panel mounting. Users simply secure the unit in a suitable control panel, following the installation guidelines provided in the manual for safe and effective setup.

Q: What operation modes are available on this timer?

A: This timer supports both countdown and count-up modes, allowing for flexible timing control based on application requirements. Selection and setting modes are managed easily via the built-in digital keypad.

Q: When should I use the audible and visual indicators?

A: Audible (buzzer) and visual (LED) indicators are ideal for alerting users upon completion of timed events or reaching preset thresholds, enhancing safety and notification in industrial or process environments.

Q: Where can the KTM-XX8 Series be used?

A: Suitable for indoor industrial and commercial settings, this timer is effective in panels where accurate time control is needed. Its IP20 protection allows use in areas protected from direct dust and moisture exposure.

Q: What is the process for setting the timer?

A: Time settings are configured directly using the digital keypad. Users may enter the desired timing duration (from 1 second up to 999 hours), select the operation mode, and initiate the timer based on their specific application.

Q: How does the non-volatile memory benefit users?

A: Non-volatile memory retains up to 100 timed event records even during power loss, ensuring historical data and settings are preserved for operational continuity and easy recall of previous configurations.

Q: What are the advantages of using a rechargeable lithium battery?

A: The rechargeable lithium battery provides up to 48 hours of standby operation in the event of power outages, supporting uninterrupted timing functionality and safeguarding your ongoing processes.

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TIMER KEYBOARD BASED EC-XX6-Serise

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Product Details:

Accuracy 0.01%
Alarm Programmable relay output
Battery Not required (AC powered)
Data Capacity Program memory for multiple setpoints
Display Type Other, LED Numeric Digital Display
Includes Other, Main unit, Keyboard interface, Manual
Interface Other, Push-button keyboard interface
Measuring Range 0.1 seconds to 9999 hours (model dependent)
Memory Non-volatile memory retention
Net Weight Approx. 300 grams
Power Supply 220-240 V AC / 50-60 Hz
Resolution 0.1 sec / 1 sec selectable
Size Compact Panel Mount (model based)
Standby Time Continuous operation (AC supply based)
Temperature Range 0C to 55C
Theory Other , Electronic timer logic
Type Other, Digital Timer (Keyboard Based)
Unit of Measure ,

EC-XX6-Serise

Features

Low cost, Effective, Easy to use Keyboard based Digital Counter

6-Digits, Single Row Display

Programmable Input Count Speed

Programmable Front Reset

Programmable Scale factor 1 to 99

Available 12 VDC Sensor Supply ( Short circuit protected )

Memory retention up to 10 years

Configuration at power on (To prevent unauthorized tampering)

Universal supply voltage ranges from 90 To 270 VAC

Available in 3 Standard DIN sizes

Specification

EC-6D
Series		Economical keyboard Counter
Display	Type	7 segment LED
	No. of Digits	6 Digits, Single Row
	Dimensions	Table no : 1
Input Specification
Control Inputs	Count	Proximity (NPN/PNP)
	Count	Potential Free Contact
	Reset	230 VAC Pulse (Optional)
		Front Switch (Programmable)
		Remote Reset (via rear terminals)
Configuration Parameters
Scale Factor		1 to 99 (Divider)
Count Range		0 to 999999 Counts
Memory Retention		Upto 10 years
Count Speed		Upto 1KHz
Memory Backup		Enable/Disable
General Specification
Supply Voltage		90 - 270 VAC/DC
Supply Voltage		24 VAC/DC (OPTIONAL)
Temperature	Operating	0 - 50C
	Storage	-20 to 75C
Humidity (Non-condensing)		95 % RH
		Weight

Industrial Automation Made Simple

The EC-XX6-Series digital timer streamlines timing operations in industrial environments. With intuitive keyboard programming and up to 8 settable cycles, users can automate complex processes effortlessly. Compact design and easy mounting options ensure seamless integration into control panels, minimizing downtime during installation.

Precision Timing and Reliable Output

Boasting a resolution selectable between 0.1 sec and 1 sec, and an impressive accuracy of 0.01%, this timer delivers dependable timing performance. The programmable relay output ensures that alarms and operations are actuated exactly as scheduled, making it ideal for industries requiring meticulous time management.

User-Friendly Interface and Robust Construction

The push-button keyboard interface offers straightforward configuration, suitable for both new and experienced operators. Its flame-retardant ABS plastic housing and IP20-rated front panel protect internal components, while the non-volatile memory ensures that program settings are always retainedeven during power outages.

FAQs of TIMER KEYBOARD BASED EC-XX6-Serise:

Q: How can I install the EC-XX6-Series timer in my control panel?

A: The EC-XX6-Series timer supports DIN rail or panel mount installation. Simply follow the mounting instructions provided in the manual to securely attach it to your panel or DIN rail, ensuring proper alignment and electrical connections.

Q: What are the main benefits of using a keyboard-based digital timer in industrial automation?

A: This timer allows precise programming of up to 8 cycles via an easy-to-use keyboard interface. Non-volatile memory keeps settings safe, and the LED numeric display enables straightforward monitoring, ensuring accurate and efficient time-dependent operations.

Q: What is the process for programming the timers cycles and setpoints?

A: Using the push-button keyboard interface, enter the desired timing intervals and configure each cycle based on your process needs. Refer to the included manual for step-by-step guidance, and review the LED display for confirmation after programming.

Q: When should I use the relay output feature in my automation setup?

A: Relay outputs (NO/NC contacts, 5A @ 240V AC) are ideal when you need to control alarms, actuators, or other devices based on programmed timing events. Activate relay actions according to process requirements to automate operations safely.

Q: Where can the EC-XX6-Series timer be used effectively?

A: This timer is designed for environments such as manufacturing plants, process control systems, and other industrial facilities requiring automated, time-dependent operations. Its flame-retardant casing and robust power supply make it adaptable to various applications.

Q: What level of protection does the front panel offer and why is this important for industrial settings?

A: The front panel is rated IP20, which protects against accidental contact with internal components. While not waterproof, this rating is sufficient for most panel installations, minimizing hazards and maintaining operational integrity in controlled indoor environments.

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PID TE,PERATURE CONTROLLER AI-X00

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Product Details:

Accuracy 0.5% of full scale 1 digit
Alarm Configurable Alarm Output
Display Type Other, Dual 4-Digit 7 Segment LED
Includes Other, Controller Unit, Instruction Manual
Interface Other, Relay Output, SSR, Analog (varies by model)
Measuring Range Thermocouple or RTD input dependent; typically -199C to 1800C
Memory Non-Volatile Memory
Net Weight Approx. 300-500g (model dependent)
Power Supply 100-240V AC, 50/60Hz
Resolution 1C or 0.1C (selectable by model)
Size 96 x 96 x 100 mm (varies as per model)
Temperature Range Input dependent, typically -199C to 1800C
Theory Other , Proportional-Integral-Derivative (PID) Control
Type Other, PID Temperature Controller
Unit of Measure ,

AI-X00

Features

Low cost, Effective, Easy to use PID Temperature Controller
4 Digits Dual Row Display (4-Digits for PV & 4-Digits for SV)
Selectable sensor input (T/C : J,K,R,S & RTD) from keyboard
Programmable Lower & Upper set point limits
Programmable control action ON-OFF/PID control
Four different alarm modes (Low/High/Deviation low/Deviation High)
Program lock function (to prevent unauthorized tampering)
Universal supply voltage ranges from 90 to 270 VAC
Available in 4 Standard DIN sizes

Specification

Series		AI-X00
Display
	Type	7 Segment LED
	No. of Digit	4 Digit Dual Row
	LED Indication	Output Status,Alarm Status, Tuning Status
	Display height	Table No.1
Input Specification
Measurement
	Input	Thermocouple : K,J,E,S,T,B,R ; RTD : Pt-100 Linear : 0-10 / 2-10 VDC
	Indication Accuracy	0.2% FS
	Resolution	0.1C (Up to 99.9C) OR 1C
Units	Centigrade (C)
Output Specification
Set Points
	No. of Set Points	1
	SP Range Limit	K-Type : -50 to 1350 C J-Type : -50 to 1000 C E-Type : -50 to 1000 C S-Type : -50 to 1750 C B-Type : 0 to 1800 C R-Type : -20 to 1750 C Pt-100 : -199.9 to 600.0 C
Output 1
	Relay / SSR Drive /4-20 mAe	To be Specified (Factory Set)
	Relay Contact Rating	3 A @ 250 VAC/30 VDC resistive
	SSR Drive	12 VDC @ 30 mA
	Linear	4-20 mA(Maximum Load 300 ohms)
Alarm
	No of Alarm	1 or 2
	Alarm Modes	Low / High / Deviation High / Deviation Low
	Output type	Relay(3 Amp @230 VAC)
functions Specification
Control Parameter
	Algorithm	PID With Fuzzy Logic
	Control Mode	PID Or ON-OFF (Programmable)
	Proportional Band	0 to 999.9 C
	Integral time	0 to 3600 Sec
	Derivative time	0 to 999 Sec
	Cycle Time	0.5 to 300 Sec
	Hysteresis	0 to 200 C
General Specification
Supply Voltage
	H90 - 270 VAC/DC
	24 VAC/DC (OPTIONAL)
Temperature
	Operating	0 - 50C
	Storage	-20 to 75C
Humidity (Non-condensing)	95 % RH

Universal Input Compatibility

The AI-X00 PID Temperature Controller accommodates a broad spectrum of input types, including T/C, RTD, mA, and mV depending on your model. This flexibility ensures that it suits a wide array of applications, adapting easily to different process requirements and industrial setups.

Precise Control and Configurable Outputs

With selectable control outputsrelay, SSR, or analog (4-20mA, 0-10V)the AI-X00 guarantees accurate, reliable temperature regulation. Users benefit from PID, ON/OFF, or manual controller modes and auto-tuning for simplified setup and enhanced stability.

User-Friendly Operation and Robust Build

Engineered for convenience, the controller features easy-to-read dual 4-digit LED displays and a straightforward panel-mount design. Rated IP54 at the front, it withstands challenging environments, providing reliable operation between 0C to 50C and up to 85% relative humidity.

FAQs of PID TE,PERATURE CONTROLLER AI-X00:

Q: How does the auto-tuning function benefit temperature control processes?

A: Auto-tuning streamlines the PID parameter setup, automatically optimizing control parameters for your process. This minimizes overshoot and enhances stability, leading to improved accuracy and consistent temperature regulation without requiring extensive manual calibration.

Q: What input and output types does the AI-X00 controller support?

A: The AI-X00 accepts universal inputs, such as thermocouple (T/C), RTD, mA, or mV, based on the model. Output options include relay, SSR, or analog (4-20mA, 0-10V), offering flexibility for integration with various control systems and applications.

Q: When should I use single versus dual set-point models?

A: Choose a single set-point model for basic applications requiring one control value, or a dual set-point model when you need to switch between two temperatures or use advanced control strategies, such as heating and cooling within a process.

Q: Where is the AI-X00 suitable for installation?

A: The panel mount design and IP54-rated front make the AI-X00 ideal for most industrial environments, particularly where front protection from dust and splashes is needed. It operates best in ambient temperatures from 0C to 50C with up to 85% non-condensing humidity.

Q: What is the process for configuring alarms on the controller?

A: Alarm outputs are configurable via the controllers menu. Once the control parameters are set, users can define alarm points for temperature thresholds or deviations, ensuring timely notification and protection of critical equipment or processes.

Q: How does non-volatile memory enhance reliability?

A: Non-volatile memory retains all parameter settings, alarm configurations, and calibration data even after a power outage, eliminating the need for repeated setup and ensuring seamless operation when power is restored.

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AI-5X41 .

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Product Details:

Accuracy 0.3C (Temp), 3%RH (Humidity)
Alarm Upper and lower limit alarm
Battery 3.6V lithium battery
Data Capacity 32000 readings
Display Type LCD
GPS No
Includes Other, Logger, software CD, USB cable, battery, user manual
Interface Other, USB/RS232
Measuring Range -30C to 60C, 0%RH to 100%RH
Memory 32000 set data storage
Net Weight 65 g
Power Supply 3.6V lithium battery
Resolution 0.1C; 0.1%RH
Size 120 x 37 x 23 mm
Standby Time Up to 12 months
Temperature Range -30C to 60C
Theory Other , Electronic Sensor
Type Other, AI-5X41 Humidity & Temperature Data Logger
Unit of Measure ,

AI-5X41

Features

Low cost, Effective, Easy to useDigital Temperature Controller
4 Digit Single Row Display
Selectable sensor input (T/C : J,K,R,S & RTD) from keyboard
Programmable Lower & Upper set point limits
Programmable control action ON-OFF/T.P control
Programmable hysteresis in ON-OFF mode
Programmable time delay to activate output in ON-OFF mode
Selectable heat/cool logic in ON-OFF control mode
User selectable Relay Or SSR DriveOutput
Program lock function (To prevent unauthorized tampering)
Universal supply voltage ranges from 90 To 270 VAC
Available in 5 Standard DIN sizes Specification

Specification

Series		AI-5X41
Display
	Type	7 Segment LED
	No. of Digit	4 Digit Single Row
	LED Indication	Output Status
	Display height	Table No.1
Input Specification
Measurement
	Input	Thermocouple J, K, R, S; RTD: pt-100
	Indication Accuracy	0.3% FS
	Resolution	J, K, R, S : 1C RTD : 1C / 0.1 C
Output Specification
Set Points
	No. of Set Points	1
	SP Range Limit	J : 0 to 760 C K : -99 to 1200 C R : 0 to 1700 C S : 0 to 1700 C RTD : -100 to 450 C RTD.1 : -99.9 to 450.0 C
Output 1
	Relay / SSR Drive	User Selectable
	Relay Contact Rating	5 A @ 250 VAC/30 VDC resistive
	SSR Drive	2 VDC @ 50 mA
Functional Specification
Control Action		T.P or ON/OFF
Control Parameter
	Hysteresis	J, K, R, S, RTD : 1 to 99 C RTD.1 : 0.1 to 99.9 C
	Delay	0.5 to 99.9C
	Cycle Time	0.5 to 100.0 Sec
General Specification
Supply Voltage
	H90 - 270 VAC/DC
	24 VAC/DC (OPTIONAL)
Temperature
	Operating	0 - 50C
	Storage	-20 to 75C
Humidity (Non-condensing)	95 % RH
Dimensions & Weight	Table no : 2

Versatile Environmental Monitoring

The AI-5X41 data logger adapts to various settings with its wide sampling interval, user-defined recording modes, and configurable alarms. Its durable IP65-rated case withstands harsh and humid environments, making it suitable for industrial, laboratory, and transport applications.

Comprehensive Data Management

Equipped with Windows-compatible software, the AI-5X41 makes data retrieval and analysis straightforward. Users can easily export collected readings in CSV format via USB or RS232 interface, enabling seamless integration with reporting tools.

FAQs of AI-5X41 .:

Q: How is the sampling interval set on the AI-5X41 data logger?

A: The sampling interval can be adjusted between 10 seconds and 24 hours using the included Windows-compatible software, allowing flexible monitoring depending on your requirements.

Q: What steps are involved in starting a recording session?

A: You can initiate data logging either immediately or by setting a timer through the software. Choose from start/stop, continuous, or cyclic recording modes based on your application needs.

Q: When is user calibration recommended, and how is it performed?

A: User calibration helps maintain measurement accuracy, especially after long-term use. It can be carried out easily using the provided software, following the instructions in the user manual to ensure reliable data.

Q: Where can the AI-5X41 be utilized most effectively?

A: This data logger is ideal for controlled environments such as laboratories, storage facilities, and transportation containersanywhere precise temperature and humidity tracking is required.

Q: What process is used for data export and analysis?

A: Recorded data is quickly transferred to a computer via USB or RS232 connection. The software allows exporting readings in CSV format, making further analysis and reporting simple and efficient.

Q: How do the upper and lower limit alarms benefit users?

A: Configurable alarms on the AI-5X41 notify users if readings exceed set boundaries, ensuring prompt attention to potential environmental excursions that might affect sensitive products or materials.

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AI-5X42 .

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Product Details:

Accuracy 0.005 mg/L at 0.500 mg/L
Alarm Audio and visual alert
Battery Rechargeable Li-ion 3.7V, 2000mAh
Data Capacity 5000 results
Display Type Other, 2.4 TFT Color Screen
GPS Other, Optional
Includes Other, Mouthpieces, Carrying Case
Interface Other, USB / RS232
Measuring Range 0.000 4.000 mg/L (BrAC)
Memory 5000 test results
Net Weight 320 g
Power Supply DC 5V via USB
Resolution 0.001 mg/L
Size 160 x 75 x 35 mm
Standby Time More than 12 hours
Temperature Range -10C to +50C
Theory Other , Electrochemical (Fuel cell sensor)
Type Other, Alcohol Tester Breathalyzer
Unit of Measure ,

AI-5X42

Features

Low cost, Effective, Easy to useDigital Temperature Controller
4-Digit, Single Row Display
Selectable sensor input (T/C : J, K,R,S & RTD) from keyboard
Programmable Lower & Upper set point limits
Programmable control action ON-OFF/T.P control
Programmable hysteresis in ON-OFF mode
Programmable time delay to activate output in ON-OFF mode
Selectable heat/cool logic in ON-OFF control mode
Four different alarm modes (Low/High/Band/Deviation)
Alarm latch / Alarm inhibit function
Second output for auxiliary control/alarm mode
Program lock function (To prevent unauthorized tampering)
Universal supply voltage ranges from 90 To 270 VAC
Available in 5 Standard DIN sizes

Specification

Series		AI-5X42
Display
	Type	7 Segment LED
	No. of Digit	4 Digit Single Row
	LED Indication	Output Status
	Display height	Table No.1
Input Specification
Measurement
	Input	Thermocouple J, K, R, S; RTD: pt-100
	Indication Accuracy	0.3% FS
	Resolution	J, K, R, S : 1C RTD : 1C / 0.1 C
Output Specification
Set Points
	No. of Set Points	2
	SP Range Limit	J : 0 to 760 C K : -99 to 1200 C R : 0 to 1700 C S : 0 to 1700 C RTD : -100 to 450 C RTD.1 : -99.9 to 450.0 C
Output 1
	Relay / SSR Drive	To be Specified (Factory Set)
	Relay Contact Rating	5 A @ 250 VAC/30 VDC resistive
	SSR Drive	12 VDC @ 50 mA
Output 2
	Relay / SSR Drive	To be Specified (Factory Set)
	Relay Contact Rating	5 A @ 250 VAC/30 VDC resistive
	SSR Drive	12 VDC @ 50 mA
Functional Specification
Control Action		T.P or ON/OFF
Control Parameter
	Hysteresis	J, K, R, S, RTD : 1 to 99 C RTD.1: 0.1 to 99.9 C
	Delay	0 to 500 Sec
	Proportional Band	0.5 to 99.9C
	Cycle Time	0.5 to 100.0 Sec
	Aux. Control	Absolute / Deviation
Output 2 Function
	Alarm	Low /High /Band /Deviation
	Alarm Hysteresis	, K, R, S, RTD : 1 to 99 C RTD.1 : 0.1 to 99.9 C
General Specification
Supply Voltage
	90 - 270 VAC/DC
	24 VAC/DC (OPTIONAL)
Temperature
	Operating	0 - 50C
	Storage	-20 to 75C

High Accuracy Fast Alcohol Detection

Using an electrochemical fuel cell sensor, the AI-5X42 delivers accurate alcohol readings within seconds. The device warms up in 15 seconds and provides results in as little as 5 seconds, making it perfect for high-throughput screening environments like checkpoints and professional settings.

Seamless Data Management and Connectivity

The breathalyzer includes storage capacity for 5,000 results, and supports easy data transfer to a PC via USB or RS232. The optional GPS feature and compatible PC software make result management comprehensive and traceable, fitting well into professional reporting workflows.

Robust Design for All Environments

Operable in humidity levels of up to 95% RH and temperature ranges between -10C to +50C, the AI-5X42 is built for demanding conditions. Its portable size, rechargeable battery, and included carrying case ensure it remains convenient and reliable wherever you need it.

FAQs of AI-5X42 .:

Q: How do I operate the AI-5X42 alcohol tester for accurate results?

A: To use the AI-5X42, power it on and allow a 15-second warm-up. Attach a disposable mouthpiece, then instruct the subject to blow steadily into the device. Analysis completes in about 5 seconds, with results displayed on the 2.4-inch TFT color screen.

Q: What is the recommended calibration interval and what does it entail?

A: It is recommended to calibrate the AI-5X42 every 6 months. Calibration involves using certified alcohol standards to ensure ongoing measurement accuracy. Professional calibration services or qualified technicians should perform this process.

Q: When should the devices rechargeable battery be recharged, and how long does it typically last on standby?

A: Recharge the built-in Li-ion 3.7V, 2000mAh battery using the provided USB cable when battery levels are low. The device offers more than 12 hours of standby time per charge, ensuring continuous operation across multiple testing sessions.

Q: Where can I access and manage stored test results from the device?

A: Stored results (up to 5,000 entries) can be accessed directly on the device or transferred to a computer using USB or RS232. Compatible PC software supports data analysis, archival, and reporting for further management.

Q: What kind of environmental conditions can the AI-5X42 operate in?

A: This device functions reliably within a temperature range of -10C to +50C and up to 95% relative humidity, making it suitable for diverse climate conditions encountered in field and workplace applications.

Q: How does the built-in alarm system enhance user safety?

A: The AI-5X42 features both audio and visual alerts that trigger when alcohol levels exceed preset thresholds, ensuring prompt awareness and action when safety limits are breached.

Q: What are the main benefits of choosing the AI-5X42 breathalyzer?

A: The AI-5X42 offers fast, reliable, and highly accurate breath alcohol measurements, large data storage, compatibility with professional software, and robust operation in challenging environments. It is ideal for exporters, manufacturers, and suppliers seeking dependable alcohol testing solutions in India.

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DIGITAL TEMPERATURE CONTROLLES

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Product Details:

Accuracy 1% of full scale
Alarm High/Low temperature setpoint adjustable
Battery Not required (mains powered)
Display Type Other, Dual 4-digit 7-segment LED display
Includes Other, Main controller unit, instruction manual
Interface Other, Standard panel mount, front keys for parameter setting
Measuring Range -40C to 1100C (sensor dependent)
Memory Non-volatile memory for parameter retention
Net Weight 200g (approx.)
Power Supply 90-250V AC, 50/60Hz
Resolution 0.1C (above 100C: 1C)
Size 4848 mm (standard panel size)
Standby Time Continuous operation when powered
Temperature Range -40C to 1100C
Theory Other , PID/ON-OFF control method
Type Other, Digital Temperature Controller
Unit of Measure ,

AI-5X82

Features

Low cost, Effective, Easy to use PID Temperature Controller
4 Digits Dual Row Display (4-Digits for PV & 4-Digits for SV)
Selectable sensor input (T/C : J, K,R,S & RTD) from keyboard
Programmable Lower & Upper set point limits
Programmable control action ON-OFF/T.P control
Programmable hysteresis in ON-OFF mode
Programmable time delay to activate output in ON-OFF mode
Selectable heat/cool logic in ON-OFF control mode
Four different alarm modes (Low/High/Band/Deviation)
Alarm latch / Alarm inhibit function
Programmable soak timer
Settable soak time delay
Program lock function (To prevent unauthorized tampering)
Universal supply voltage ranges from 90 To 270 VAC
Available in 5 Standard DIN sizes

Specification

Series		AI-5X82
Display
	Type	7 Segment LED
	No. of Digit	4 Digit Single Row
	LED Indication	Output Status, Soak Time
	Display height	Table No.1
Input Specification
Measurement
	Input	Thermocouple J, K, R, S; RTD: pt-100
	Indication Accuracy	0.3% FS
	Resolution	J, K, R, S : 1C RTD : 1C / 0.1 C
Output Specification
Set Points
	No. of Set Points	2
	SP Range Limit	J : 0 to 760 C K : -99 to 1200 C R : 0 to 1700 C S : 0 to 1700 C RTD : -100 to 450 C RTD.1 : -99.9 to 450.0 C
Output 1
	Relay / SSR Drive	To be Specified (Factory Set)
	Relay Contact Rating	5 A @ 250 VAC/30 VDC resistive
	SSR Drive	12 VDC @ 50 mA
Output 2
	Relay / SSR Drive	To be Specified (Factory Set)
	Relay Contact Rating	5 A @ 250 VAC/30 VDC resistive
	SSR Drive	12 VDC @ 50 mA
Functional Specification
Control Action		T.P or ON/OFF
Control Parameter
	Hysteresis	J, K, R, S, RTD : 1 to 99 C RTD.1: 0.1 to 99.9 C
	Delay	0 to 500 Sec
	Proportional Band	0.5 to 99.9C
	Cycle Time	0.5 to 100.0 Sec
	Aux. Control	Absolute / Deviation
Output 2 Function
	Alarm	Low /High /Band /Deviation
	Alarm Hysteresis	, K, R, S, RTD : 1 to 99 C RTD.1 : 0.1 to 99.9 C
	Soak Timer	1-9999 mins.
General Specification
Supply Voltage
	90 - 270 VAC/DC
	24 VAC/DC (OPTIONAL)
Temperature
	Operating	0 - 50C
	Storage	-20 to 75C
Humidity (Non-condensing)	95 % RH
Dimensions & Weight	Table no : 2

Versatile Sensor Compatibility

The controller supports both Thermocouple (K, J, T) and RTD (Pt100) inputs, making it ideal for diverse temperature measurement applications. You can easily select the appropriate sensor for your process, ensuring accurate readings across a broad measuring range from -40C to 1100C, suitable for various industrial setups.

Flexible and Precise Control Modes

Choose between advanced PID auto-tuning and straightforward ON/OFF control to optimize your process needs. The PID mode offers automatic adjustment for highly stable temperature management, while the ON/OFF mode simplifies control for less critical applications. This adaptability helps maximize process efficiency and product quality.

Robust Housing with Enhanced Protection

Constructed from ABS flame-retardant material, the device features a panel mounting design with locking clips for secure installation. The front panel carries an IP54 rating, protecting against dust and splashes, making it suitable for demanding industrial environments. Its compact 4848110 mm dimensions facilitate easy integration into standard panels.

FAQs of DIGITAL TEMPERATURE CONTROLLES:

Q: How does the Digital Temperature Controller maintain stable temperature readings?

A: Stability is achieved through PID auto-tuning control, which dynamically adjusts output to maintain precise temperature setpoints. The controller samples data three times per second and provides ON/OFF selectable control for simpler applications, ensuring consistent temperature regulation.

Q: What sensor types are compatible with this controller?

A: The unit supports Thermocouple types K, J, T, and RTD (Pt100) sensors, allowing users to select based on measurement range and environment requirements. This flexibility ensures compatibility with a wide array of industrial processes.

Q: Where is the recommended location for installing the temperature controller?

A: It is designed for panel mounting using locking clips for stability. Ideally, install it in a clean, accessible area with ambient temperature between 0C and 50C. The IP54-rated front panel protects against dust and moisture, making it suitable for factory and laboratory settings.

Q: What is the process for setting parameters and control modes?

A: Users can easily set parameters and select control modes using the front keys located on the devices standard panel mount interface. The controller retains all settings in non-volatile memory, ensuring reliable operation even after power interruptions.

Q: What are the advantages of using a relay or SSR driver output?

A: Relay (SPST) output enables straightforward switching for heating/cooling loads, while the SSR driver output offers silent, rapid switching for solid-state relays. This enhances reliability and supports applications with frequent switching demands.

Q: When is the alarm feature beneficial and how is it used?

A: The alarm function, with adjustable high/low setpoints, is valuable for processes requiring strict temperature limits. It alerts operators when temperatures deviate from safe ranges, helping prevent equipment damage or product spoilage.

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Model Name/Number	AL LOGGER
Type Of Data Logger	Digital Data Logger
Usage/Application	Industrial
Parameter To Be Monitored	Temperature, Pressure, Level, Humidity
Interface	RS-485, 2 Wire, Half Duplex
Export Of Data	Excel
Display	Standard
Dimension	96 X 96

Data Logger And Paperless Recorder

Price: 7500 INR /Piece

Humidity and Temperature Data Logger

Price: 10000 INR /Piece

PID TEMPERATURE CONTROLLER AI-7X82-Series

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Specification

FAQs of PID TEMPERATURE CONTROLLER AI-7X82-Series:

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Q: What sensors are compatible with the AI-7X82-Series controller, and how does the sensor input selection process work?

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AI-7X42-Series

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Specification

FAQs of PID TEMPERATURE CONTROLLER AI-7X42-Series:

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KTM-XX3 Series

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Specification

FAQs of TIMER KEYBOARD BASED KTM-XX3 Series:

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Q: What applications can the KTM-XX3 Timer be used for?

Q: When should I use surface or panel mounting for this timer?

Q: Where can the KTM-XX3 Series Timer be installed?

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Q: How does using the KTM-XX3 Series Timer benefit overall system automation?

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DTM-XX2 Series

Features

Specification

FAQs of TIMER PUSH WHEEL BASED DTM-XX3 Series:

Q: How do I set the timing operation on the DTM-XX3 Series push wheel timer?

Q: What are the main benefits of a mechanical timer like the DTM-XX3 Series over electronic timers?

Q: When should I use automatic or manual reset modes on this timer?

Q: Where can I install the TIMER PUSH WHEEL BASED DTM-XX3 Series in an industrial setup?

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Features

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PID TE,PERATURE CONTROLLER AI-7X42-Series

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Features

Specification

FAQs of PID TE,PERATURE CONTROLLER AI-7X42-Series:

Q: How can I select and configure the input type for the AI-7X42-Series controller?

Q: What benefits does auto-tuning offer compared to standard PID or ON-OFF control?

Q: Where should the AI-7X42-Series controller be installed for optimal performance?

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Q: What happens to my parameter settings if there is a power outage?

Q: How is the output type (relay, SSR, analog) chosen and what does it influence?

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DTM-XX2 Series

Features

Specification

FAQs of TIMER PUSH WHEEL BASED DTM-XX2 Series:

Q: How does the TIMER PUSH WHEEL BASED DTM-XX2 Series ensure user-friendly operation?

Q: What contact specifications does the relay output provide for industrial loads?

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