Tense DT-96Y User Manual

DT-96Y / DT-72Y / DT-48Y
AUTO-TUNE PID TEMPERATURE CONTROLLER
Attention, Risk of, High Voltage, Double / Reinforced NOT CE Mark
Danger, Warning Risk of Electric Shock Insulation Litter
TECHNICAL SPECIFICATION
• Dimensions : DT-96Y:96x96, DT-72Y:72x72, DT-48Y:48x48mm
• Panel Cut-out : DT-96Y:91x91, DT-72Y:68x68, DT-48Y:45,5x45,5mm
• Display : 4 Digits 7 Segment (PV), 4 digits 7 Segment (SV)
• Sensor Type : J,K,T,S,R type T/C, Pt100 selectable
• Measuring Scale : -100..600
o
C, J type T/C (Inpt=J), -100.0 .. 600.0
o
C, J type T/C (Inpt=J.0)
-100..1300
o
C, K type T/C (Inpt=k), -100.0..999.9
o
C, K type T/C, (Inpt=k.0)
-100..400
o
C, T type T/C (Inpt=t), -100.0 .. 400.0
o
C, T type T/C (Inpt=t.0)
0..1750
o
C, S type T/C (Inpt=S) 0 .. 1750
o
C, R type T/C (Inpt=r)
-100..600
o
C, Pt100, (Inpt=Pt) -100.0 .. 600.0
o
C, Pt100, (Inpt=Pt.0)
• Resolution : ± 1
o
C or ± 0.1
o
C
• Accuracy : ± 1 % (Over full scale)
• Control Form : ON-OFF or P, PI, PD, PID - selectable
• Out Output : Relay (NO + NC), 250VAC, 2A, Resistive load, (optional SSR)
• Alarm Output : Relay (NO + NC), 250VAC, 2A, Resistive load, (only NO for DT-48Y)
• Heat SET : Lower Limit .. Upper Limit
o
C (H.Set)
• Alarm SET : AL.tY = Abs,-Abs; Lo.L .. UP.L
o
C (A.Set)
AL.tY = rel, -rel, bnd, -bnd, bn.i, -bn.i; -100 .. +100 / -100.0 .. +100.0
o
C
• Heat Hysteresis : 0 .. 50 / 0.0 .. 50.0
o
C (H.Hys); PID is active if set to 0
• Alarm Hysteresis : 1 .. 50 / 0.1 .. 50.0
o
C (A.Hys)
• Proportional Band : 5 .. 150
o
C (Pb.C)
• Integral Time : 0:00 .. 30:00 min:sec. (OFF if set to 0:00)
• Derivative Time : 0:00 .. 10:00 min:sec. (OFF if set to 0:00)
• Control Period : 1 .. 200 sec. (Ct)
• Offset : -100..+100
o
C / -100.0 .. +100.0
o
C (oFFS)
• Heating/Cooling : Selectable (only ON-OFF control form is active for cooling)
• Cold. Junc. Comp. : 0 .. 50
o
C (T/C)
• Line Comp. : 10 Ohm max. (3 wire Pt100)
• Sensor Failure : OUT output is active according to P.Err and Ct parameters in case of
sensor failure, measurement out of range or hardware fails to measure
input signal (OUT output is OFF if Perr is 0). For Alarm look “Alarm Output”.
• Supply Voltage : 100..240VAC, 50-60Hz or (24VDC/AC; isolation voltage: 40VAC max.)
• Power Consumption : < 8VA
• Humidity : < 70% (non-condensing)
• Altitude : < 2000 m
• EMC : EN 61000-6-1, EN 61000-6-3 (Only light industrial environment)
• Safety : EN 61010-1; Pollution degree 1, measurement category I, (Only light industrial
environment, double/reinforced isolated, non-conductive pollution environment)
• Protection Class : IP20; according to EN 60529
• Temperature Spec. : Operating: 0 .. 50
o
C, Storage -10
o
C .. 60
o
C (no icing)
• Weight : < 0.5 kg
• Torque for screwing : Max. 0.5 N.m
WARNING: if 2 wire Pt100 is used, connect compensation lead
to measuring lead: (DT-96Y:17-18,
DT-72Y: 13-14, DT-48Y: 10-11)
no: normally open
nc: normally closed

Tense DT-96Y Specifications

General

Mounting	Panel mount
Input	Thermocouple (K, J, R, S, E, N, T), RTD (Pt100, Cu50), 4-20mA
Output	Relay, SSR
Control Mode	PID, On/Off
Display	LED
Power Supply	100-240V AC, 50/60Hz
Temperature Range	Depending on the sensor type
Resolution	0.1°C or 1°C

Summary

Technical Specification

Dimensions and Panel Cut-out

Specifies the physical dimensions and panel cutout sizes for different models.

Display and Sensor Type

Details the 4-digit display and selectable sensor types like T/C and Pt100.

Measuring Scale and Resolution

Defines the selectable measuring ranges and display resolution.

Control and Output Parameters

Outlines control forms, output types (Relay/SSR), and alarm output specifications.

Hysteresis and Timing Settings

Details Heat Hysteresis, Alarm Hysteresis, Integral Time, and Derivative Time.

Control Period and Offset

Specifies the control period duration and offset adjustment for calibration.

Heating/Cooling and Compensation

Covers heating/cooling selection, cold junction, and line compensation.

Sensor Failure and Line Compensation

Describes behavior during sensor failure and line compensation for Pt100.

Supply Voltage and Power Consumption

Details the required supply voltage range and power consumption.

Environmental and Safety Specifications

Covers humidity, altitude, EMC standards, safety ratings, and protection class.

Temperature and Weight

Specifies operating temperature range, storage conditions, and device weight.

Installation, Use and Warnings

General Safety Precautions

Highlights critical safety warnings for installation, operation, and disposal.

Installation Guidelines

Provides instructions for proper mounting, wiring, and environmental considerations.

Device Operation Precautions

Advises on operational limits, environmental conditions, and cable management.

General Specification Overview

Controller Functionality

Describes the device as a PID controller with auto-tuning and alarm outputs.

Input and Control Type Selectability

Details selectable sensor types, control modes (P, PI, PD, PID, ON-OFF).

Advanced Control Features

Covers ramp mode, anti-windup, set limits, and alarm modes.

Display and Compensation Features

Includes display of values, cold-junction, and line compensation.

Additional Features

Lists features like input offset, password protection, and optional SSR output.

Programming Parameters

Parameter Entry and Selection

Guides on entering programming mode and selecting parameter groups.

Sensor and Function Configuration

Details setting sensor types, heating/cooling functions, and hysteresis.

Alarm and Control Loop Settings

Covers alarm types, proportional band, integral/derivative times, and control period.

Limit, Offset and Overshoot Settings

Explains setting upper/lower limits, offset, and overshoot reduction.

Error Messages and Troubleshooting

Lists common error messages like sensor failure and hardware issues.

Programming Heat Set and Absolute Alarm Set

Heat Set and Alarm Set Configuration

Details setting the Heat Set (process SET) and Absolute Alarm Set values.

Alarm Output Behavior

Illustrates alarm output logic for different AL.tY settings (Abs, rel, bnd, bn.i).

ON-OFF Control Logic

Explains the ON-OFF control behavior based on Hysteresis settings.

PID Control Parameters

Defines PID parameters like Proportional Band (PbC), Integral Time (Ti), and Derivative Time (Td).

Cleaning Instructions

Provides guidance on safely cleaning the device using dry cloths.