WEEE Compliant Temperature Controllers
Last Updated: April 1, 2025
Description
WEEE Compliant Temperature Controllers are devices designed to regulate and maintain the temperature of a system or environment within a specified range. These controllers are compliant with the Waste Electrical and Electronic Equipment (WEEE) directive, which ensures that they are designed with considerations for environmental impact, including the reuse, recycling, and recovery of electronic equipment.
Working Principle
Temperature controllers work by receiving input from temperature sensors and comparing the actual temperature to the desired setpoint. They then provide output to control devices, such as heaters or coolers, to adjust the temperature accordingly. This feedback loop helps maintain the desired temperature. WEEE compliant controllers are particularly useful as they ensure that the environmental impact of the device is minimized, promoting sustainability through responsible recycling and disposal practices.
Applications
WEEE Compliant Temperature Controllers are used in a variety of specific applications, including:
- Industrial manufacturing processes where precise temperature control is crucial for product quality.
- HVAC systems in commercial buildings to maintain comfortable indoor climates.
- Laboratory environments where specific temperature conditions are necessary for experiments and storage.
Advantages over other Temperature Controllers
One of the primary advantages of WEEE Compliant Temperature Controllers is their adherence to environmental standards, which ensures that they contribute less to electronic waste. This compliance can be a significant factor for companies looking to improve their sustainability practices and meet regulatory requirements in the European Union.
Limitations
A limitation of WEEE Compliant Temperature Controllers may include the potential for higher initial costs due to the additional design and manufacturing processes required to meet WEEE standards. Additionally, the availability of these controllers might be limited to regions where WEEE compliance is mandated.
Considerations
When selecting WEEE Compliant Temperature Controllers, several factors should be considered:
- Initial Costs: These controllers may have higher upfront costs due to compliance with environmental standards.
- Operating Expense: Consider the energy efficiency of the controller, as this can impact long-term operating costs.
- Durability: Ensure that the controller is built to withstand the specific environmental conditions of its intended application.
- Accuracy: The precision of temperature control is crucial for many applications, so verify the controller's accuracy specifications.
- Replacement and Maintenance Costs: Evaluate the ease of maintenance and the availability of replacement parts to minimize downtime and additional expenses.
from Tempco Electric Heater Corporation
Design Features. 1/32 DIN size – 24 mm × 48 mm. Fuzzy modified PID heat and cool control. Universal input (TC, PT100, mA, V). with high accuracy 18-bit D-A. Countdown display. RS - 485 and Analog Retransmission Available. Micro USB Programming Port. Fast sampling rate (200 msec). Manual... [See More]
- Standards and Compliance: RoHS; WEEE
- Form Factor: DIN
- Control: PID; Fuzzy Logic
- Interface: Digital Front Panel
from Tempco Electric Heater Corporation
Design Features. 1/4 DIN size – 96 mm × 96 mm. Fuzzy modified PID heat and cool control. Universal input (TC, PT100, mA, V). with high accuracy 18-bit D-A. Countdown display. RS - 485 and Analog Retransmission Available. Micro USB Programming Port. Fast sampling rate (200 msec). Manual... [See More]
- Standards and Compliance: RoHS; WEEE
- Form Factor: DIN
- Control: PID; Fuzzy Logic
- Interface: Digital Front Panel
from Tempco Electric Heater Corporation
Design Features. DIN Rail Mount, 35 mm. Fuzzy modified PID heat and cool control. Universal input (TC, PT100, mA, V). with high accuracy 18-bit D-A. Countdown display. RS - 485 and Analog Retransmission Available. Micro USB Programming Port. Fast sampling rate (200 msec). Manual control &... [See More]
- Standards and Compliance: RoHS; WEEE
- Form Factor: DIN
- Control: PID; Fuzzy Logic
- Interface: Digital Front Panel
from Tempco Electric Heater Corporation
Design Features. 3/16 DIN size – 72 mm × 72 mm. Fuzzy modified PID heat and cool control. Universal input (TC, PT100, mA, V). with high accuracy 18-bit D-A. Countdown display. RS - 485 and Analog Retransmission Available. Micro USB Programming Port. Fast sampling rate (200 msec). Manual... [See More]
- Standards and Compliance: RoHS; WEEE
- Form Factor: DIN
- Control: PID; Fuzzy Logic
- Interface: Digital Front Panel
from Tempco Electric Heater Corporation
Design Features. 1/8 DIN size – 48 mm × 96 mm. Fuzzy modified PID heat and cool control. Universal input (TC, PT100, mA, V). with high accuracy 18-bit D-A. Countdown display. RS - 485 and Analog Retransmission Available. Micro USB Programming Port. Fast sampling rate (200 msec). Manual... [See More]
- Standards and Compliance: RoHS; WEEE
- Form Factor: DIN
- Control: PID; Fuzzy Logic
- Interface: Digital Front Panel
from Tempco Electric Heater Corporation
Design Features. 1/8 DIN size – 96 mm × 48 mm. Fuzzy modified PID heat and cool control. Universal input (TC, PT100, mA, V). with high accuracy 18-bit D-A. Countdown display. RS - 485 and Analog Retransmission Available. Micro USB Programming Port. Fast sampling rate (200 msec). Manual... [See More]
- Standards and Compliance: RoHS; WEEE
- Form Factor: DIN
- Control: PID; Fuzzy Logic
- Interface: Digital Front Panel
from Tempco Electric Heater Corporation
Design Features. 1/16 DIN size – 48 mm × 48 mm. Fuzzy modified PID heat and cool control. Universal input (TC, PT100, mA, V). with high accuracy 18-bit D-A. Countdown display. RS - 485 and Analog Retransmission Available. Micro USB Programming Port. Fast sampling rate (200 msec). Manual... [See More]
- Standards and Compliance: RoHS; WEEE
- Form Factor: DIN
- Control: PID; Fuzzy Logic
- Interface: Digital Front Panel