ATR264

Cycle Temperature Controller
  • Features
    • UL, CE.
    • Ramp, Soak Lower Generator
    • 15 Cycles
    • 30 Programmable step points
    • PC Programmable
    • MyPixsys App
    • 1/16 DIN
    • 48 x 48 mm cut out
    • Output 4-20 mA, 0-10 Vdc.
    • Digital Input/Output
    • Up to 3 relays
    • Optional Modbus RS485



Cycle Temperature Controller

Cycle Temperature Controller Infographics,

The ATR264 is a versatile programmer specifically designed for the automation of small industrial ovens, laboratory ovens, dryers, and heat treatment systems. It excels in managing process cycles and profiles, offering precise time-based control of variables. With the capability to handle up to 15 user-configurable cycles, each comprising 30 segments for ramp, soak, and cooling stages, the ATR264 ensures that even complex processes can be easily programmed and executed.

Key Features

  • Cycle Management: The ATR264 supports 15 programmable cycles, each with up to 30 steps, allowing detailed customization of process profiles. These steps can be configured for ramping, soaking, and cooling, ensuring optimal control over the process.
  • Software Functions: The ATR264 includes essential software functions like process delay handling (Waiting) and Cycle Recovery, which automatically resumes the cycle after a power failure. A specialized function for managing gas kilns is also available (code -13ABC).
  • User-Friendly Interface: Despite its advanced capabilities, the ATR264 is designed to be user-friendly, even for operators with minimal experience. Programming and parameter configuration can be done via the MyPixsys App (using NFC/RFID technology), MyPixsysLab software on a PC, or directly from the device’s keyboard.

ATR444 Specifications

Input °F °C
K type Thermocouple -436 to 2480°F -260 to 1360°C
S type Thermocouple -40 to 3200°F -20 to 1760°C
R type Thermocouple -40 to 3200°F -20 to 1760°C
J type Thermocouple -328 to 2192°F -200 to 1200°C
T type Thermocouple -436 to 752°F -260 to 400°C
E type Thermocouple -436 to 1796°F -260 to 980°C
N type Thermocouple -436 to 2336°F -260 to 1280°C
B type Thermocouple 100 to 3308°F 100 to 1820°C
RTD PT100 -328 to 1112°F -200 to 600°C
RTD PT500 -328 to 284°F -200 to 140°C
RTD PT1000 -328 to 284°F -200 to 140°C
NI 100 -76 to 356°F -60 to 180°C
NI 120 -76 to 464°F -60 to 240°C
NTC 10K Ohm Thermistor B3435K -40 to 257°F -40 to 125°C
NTC 10K Ohm Thermistor B3694K -40 to 302°F -40 to 150°C
NTC 2252 Thermistor B3976K -40 to 302°F -40 to 150°C
PTC 1K Ohm Thermistor -40 to 302°F -40 to 150°C
Voltage 0 to 1V 0 to 5V
Voltage 0 to 10V 0 to 60mV
Current 0 to 20mA 4 to 20mA
Potentiometer 1 to 150 kOhm
Digital Input 2 PNP
Output
Analog Outputs: Configurable 4-20 mA or 0-10 V DC Control or retransmission
Relay Outputs: Up to five relay outputs 5 A for 250 V AC resistive loads
Digital Outputs: 2 Solid State Relay 12/24, 30 mA
Output Upto 5 relays 5 Amp 250 VAC 2 SSR 12/24, 25 mA
Communication ATR264-12ABC-T Modbus RTU RS485
Power Supply
Power Supply 24 to 230Vac/Vdc.
Power Consumption 8 to 12 W.
Housing and Environmental
Temperature Rating Operative- 32°F +113°F -0°C +45°C
Humidity (non condensing) 35-95%.
Housing Polycarbonate UL94V2 self-extinguishing
Sealing: IP65 for the front panel. IP20 for the box and terminal blocks.
Dimensions 1.88 " x 1.88 " x 3.2", 48 x 48 x 80 mm.
Weight 6 oz 185 g.
EMC For industrial environments.
Immunity: EN 61000-6-2.
Emission: EN 61000-6-4.
Configuration My Pixsys APP Micro USB for programming via PC

ATR264 Wiring Connections

Power supply ATR264-13ABC ATR264-12ABC-T
Positive Terminal 1 Terminal 1
Negative Terminal 2 Terminal 2
Output
Relay 1
Common Terminal 5 Terminal 5
Normally Open Terminal 3 Terminal 3
Normally Closed Terminal 4 Terminal 4
Relay 2
Common Terminal 8 Terminal 8
Normally Open Terminal 6 Terminal 6
Normally Closed Terminal 7 Terminal 7
Relay 3
Common Terminal 8
Normally Open Terminal 9
Relay 4
Common Terminal 8
Normally Open Terminal 10
SSR Output Negative 18 Negative 18
Positive 17 Positive 17
Sensor Input
Thermocouples Positive 11 Positive 11
Negative 12 Negative 12
Volts and mA Positive 11 Positive 11
Negative 12 Negative 12
RTD Pt100 Terminal 12 Terminal 12
Common 13 Common 13
Common 11 Common 11
Potentiometer Terminal 15 Terminal 15
Terminal 16 Terminal 16
Digital input Terminal 19
Terminal 20
RS485 Positive 19
Negative 20

ATR264-13ABC

  • Analog Input: 1
  • Analog Output: 1
  • Digital PNP Inputs: 2
  • Relay Outputs: 2
  • Digital PNP SSR Outputs: 2
  • Power Supply: 24 to 230 V AC/DC
Cycle Temperature Controller

ATR264-12ABC-T

  • Analog Input: 1
  • Analog Output: 1
  • Digital PNP Inputs: 2
  • Relay Outputs: 2
  • Digital PNP SSR Outputs: 2
  • RS485 Modbus RTU
  • Power Supply: 24 to 230 V AC/DC
Cycle Temperature Controller with ModBus

ATR264 Model Selection Guide

Model Analog Inputs Relay Outputs SSR / Digital Inputs Analog Output Modbus RS485 Power Supply
ATR264-12ABC 1 2 2 1 No 24 to 230 Vac/dc
ATR264-12ABC-T 1 2 2 1 Yes 24 to 230 Vac/dc
Frequently Asked Questions (FAQs) for ATR264
1. What types of industrial processes is the ATR264 best suited for?
The ATR264 is designed for automating small industrial ovens, laboratory ovens, dryers, and heat treatment systems. It excels in managing processes that require precise control over temperature and time-based profiles, making it ideal for applications like kiln management, curing, and other thermal processes.
2. How many process cycles can the ATR264 manage, and how customizable are they?
The ATR264 can manage up to 15 user-configurable cycles. Each cycle can include up to 30 segments, which can be programmed for ramp, soak, or cooling stages, providing a high degree of customization for complex process profiles.
3. How can I program and configure the ATR264?
The ATR264 can be programmed and configured using the MyPixsys App on a smartphone via NFC/RFID technology, through MyPixsysLab software on a PC, or directly from the device’s keyboard. This flexibility makes it easy to set up and manage even for inexperienced operators.
4. What happens if there is a power failure during a cycle?
The ATR264 includes a Cycle Recovery feature that automatically resumes the process cycle from where it left off in the event of a power failure. This ensures that your process continues with minimal disruption.
5. What communication protocols does the ATR264 support?
The ATR264 supports RS485 Modbus RTU communication, allowing it to easily integrate into existing automation systems and communicate with other devices in the network.

The ATR264 is ideal for those seeking a robust, reliable, and user-friendly solution for managing complex process cycles in industrial and laboratory environments.

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