586 Series TECPak

At-a-Glance

Power Ranges

  • 190W / 4A / 56V
  • 190W / 8A / 26V
  • 392W / 8A / 56V
  • 345W / 15A / 28V

Works With

  • Thermistors
  • RTD (2- or 4-wire)
  • LM335

Heat & Cool

  • TEC Modules & Resistive Heaters

Save Space

  • Compact Enclosure

Remote Operation via PC

  • Use your existing control code. Our command set is compatible with other manufacturers.
  • USB / RS-232 Connections
ModelPowerCurrentVoltageStabilitySensors
586-15-28 TECPak, 15A/28V345 W15 A28 V±0.004°CThermistor, LM335, RTD
586-04-56 TECPak, 4A/56V224 W4 A56 V±0.004°CThermistor, LM335, RTD
586-08-26 TECPak, 8A/26V190 W8 A26 V±0.004°CThermistor, LM335, RTD
586-08-54 TECPak, 8A/54V392 W8 A54 V±0.004°CThermistor, LM335, RTD

586 SERIES FEATURES

The 586 TECPak Series temperature controller is a compact, very high-power temperature controller for demanding applications. The 586 TECPak offers the same quality instrumentation as our benchtop units in a smaller, lower-cost solution for custom systems.

Electrical stability

EXCELLENT STABILITY

The 586 offers ± 0.004ºC temperature stability over 1 hour, and only ± 0.01ºC fluctuation over 24 hours.

Automatic PID calc

AUTO-TUNE AUTOMATIC PID CALCULATION

The 586 series automatically calculates PID parameters for your mount.

Fully adjustable PID

FULLY ADJUSTABLE PID VALUES

Every TECPak has eight factory-set gain settings, along with the option to choose your own.

Dual sensor input

DUAL SENSOR INPUTS

Simultaneously monitor both cold plate and device temperature.

Fan power supply

INTEGRATED FAN POWER SUPPLY

Provides integrated supply to power a laser mount cooling fan.

586 Series TECPak FAQ

Arroyo Instruments temperature controllers feature bipolar current output, allowing for heating and cooling applications. All Arroyo Instruments temperature controllers, including the OEM packaged 585 and 586 Series TECPak controllers, provide heating and cooling capabilities.

Yes, Arroyo Instruments TEC controllers offer both low and high temperature set point limits, as well as the ability to fine-tune the controller’s PID parameters. PID parameters can be adjusted using eight standard factory gain settings that are numbered 1 through 300. Increasing the controller’s gain value will increase the speed of your control loop, while a rapid temperature fluctuation can be fixed by reducing the gain value. Users may need to experiment with a few different factory gain values to find the ideal value, and the gain can also be set to PID for even finer tuning. The PID parameters can also be set via the AutoTune Function, where the controller calculates ideal PID values based on your typical operating conditions. Please refer to your temperature controller’s user manual for more information and guidance for starting the Autotune feature.

Yes, most models support USB and RS-232 connections, with a select few models supporting Ethernet. Both the Arroyo benchtop and OEM temperature controllers can be controlled remotely via the ArroyoControl software, or integrated into custom systems using software such as LabVIEW, Python, and MATLAB.

The 585 and 586 Series TECPak temperature controllers are designed for compact, custom systems, and support PC-based control via USB and RS-232 communication interfaces. Both the 585 and 586 can be mounted in a standard 19 inch rack, and the 585 Series TECPak also includes an analog interface.

The TECPak Series controllers feature bipolar output capability like the rest of the Arroyo Instruments temperature controller selection. The 585 and 586 Series support NTC thermistors and 2 and 4-wire RTDs, while the 586 Series also supports LM335 sensors.

The Arroyo Instruments line of temperature controllers was designed for precision temperature control across a broad range of applications. Common applications and testing environments are laboratory/university research work, laser diode characterization, industrial and manufacturing testing applications, and OEM system integration.

Arroyo Instruments temperature controllers have a temperature stability specification of ±0.004°C over a 1 hour span and ±0.01°C over 24 hours at an ambient room temperature of roughly 25°C.