RTD Input Alarm
RTD Input Transmitter
|
Looptracker LEDs
Push to Test
Lifetime Warranty
|
|
Model
|
Input
|
Output Ranges
|
Features
|
Data & Applications
|
Photo
|
| Sineax V624
Programmable
Isolated RTD or
T/C to DC Transmitter
Microprocessor Based
| RTD
2-, 3-, or 4-wire
100 Ω 0.00385a
100 Ω 0.003916a
T/C types
J, K, T, E, R, S, N, B, W5, W3, L, U
Thermistor
Custom
| Specify if Current or Voltage
Output
0-2 mA to
0-20 mA,
20-0 mA
0-1 V to
0-10 V,
10-0 V
| PC Programmable
Reverse Output Programmable
Custom Input Linearization
Programmable Sensor Fault Response
Removable Plugs
3.7 kV Input/Output/Power Isolation
24-60 or 85-230 VAC/VDC Powered
Software
Instructions
|
Data Sheet
Reference Info
Alarm Terminology
Deadband
Application Examples
Monitor & Control Differential Temperature
Motor Overheating Alarm & Shutdown
Maintain Constant ?T Across a Heat Exchanger
Phase Separator Water Level Control
|
|
APD 1400
RTD Input Single Alarm Trip
| Specify RTD type and Temperature Range
Factory Configured
10 Ω to 2000 Ω RTD including
100 Ω 0.00385a
100 Ω 0.00391a,
10 Ω Cu,
1000 Ω Ni-Fe,
120 Ω Ni or Special
| Single setpoint dual SPDT Form C 8A contact set
Field Adjustable
Specify Alarm Type
Standard: HI alarm, non-latching, normal acting
Options: LO alarm, latching, reverse acting
See data sheet for alarm options
| DIN Rail Mount without Tools
LoopTracker LED for Input
Alarm Status LEDs
Push to Test/Reset
2-Wire or 3-Wire RTD
Lead Wire Compensation for 3-Wire
Universal Power
D option for 9-30 VDC, 10-32 VAC Power |
Data Sheet
Reference Info
Alarm Terminology
Deadband
Application Examples
Monitor & Control Differential Temperature
Motor Overheating Alarm & Shutdown
Maintain Constant ?T Across a Heat Exchanger
Phase Separator Water Level Control
|
|
APD 1420
RTD Input Dual Alarm Trip
| Specify RTD type and Temperature Range
Factory Configured
10 Ω to 2000 Ω RTD including
100 Ω 0.00385a
100 Ω 0.00391a,
10 Ω Cu,
1000 Ω Ni-Fe,
120 Ω Ni or Special
| Two setpoint dual SPDT Form C 8A contact sets
Field Adjustable
Specify Alarm Type
Standard: HI/LO alarm, non-latching, normal acting
Options: LO/LO, HI/HI, LO/HI alarms, latching, reverse acting
See data sheet for alarm options
| DIN Rail Mount without Tools
LoopTracker LED for Input
Alarm Status LEDs
Push to Test/Reset
2-Wire or 3-Wire RTD
Lead Wire Compensation for 3-Wire
Universal Power
D option for 9-30 VDC, 10-32 VAC Power |
Data Sheet
Reference Info
Alarm Terminology
Deadband
Application Examples
Monitor & Control Differential Temperature
Motor Overheating Alarm & Shutdown
Maintain Constant ?T Across a Heat Exchanger
Phase Separator Water Level Control
|
|
APD 1430
RTD Input Band Alarm Trip
| Specify RTD type and Temperature Range
Factory Configured
10 Ω to 2000 Ω RTD including
100 Ω 0.00385a
100 Ω 0.00391a,
10 Ω Cu,
1000 Ω Ni-Fe,
120 Ω Ni or Special
| Two
setpoint dual SPDT Form C 8A contact sets
Field Adjustable
Specify Alarm Options
Standard: Band alarm (both alarms trip if outside LO and HI trip
points), non-latching, normal acting
Options: Inverse band alarm, latching, reverse acting
See data sheet for alarm options
| DIN Rail Mount without Tools
LoopTracker LED for Input
Alarm Status LEDs
Push to Test/Reset
2-Wire or 3-Wire RTD
Lead Wire Compensation for 3-Wire
Universal Power
D option for 9-30 VDC, 10-32 VAC Power |
Data Sheet
Reference Info
Alarm Terminology
Deadband
Application Examples
Monitor & Control Differential Temperature
Motor Overheating Alarm & Shutdown
Maintain Constant ?T Across a Heat Exchanger
Phase Separator Water Level Control
|
|
API 1400 G
RTD Input Single Alarm Trip
Specify RTD Type, Temp. Range, Alarm Type, & Power
API 1420 G
RTD Input Dual Alarm Trip
Specify RTD Type, Temp. Range, Alarm Type, & Power
|
Factory Configured
10 Ω to 2000Ω
|
1 or 2 Field
Adjustable
7A SPDT
Alarm Relays
|
Hot-Swappable Plug-In Design
Looptracker LEDs for Input
Alarm Status LEDs
Push to Test/Reset
2-Wire or 3-Wire RTD
Lead Wire Compensation for 3-Wire
Uses 11-Pin Socket
|
Data Sheet
Applications
Motor Overheating Alarm & Shutdown
Reference Info
Alarm Terminology
Deadband
Relay Protection & EMI Suppression
|
|
API 4000 G
Field Selectable
Isolated RTD & T/C to DC Transmitter
Specify Power
|
13 Field Settable
T/C types J, T, E, R, S,
Platinel II, Custom
10 Ω Copper
100 Ω 0.00385α
100 Ω 0.00391α
1000 Ω Ni-Fe
120 Ω Ni
|
16 Field Settable
0-1V to ±10V
0-2mA to 0-20mA
4-20mA
|
Minuteman Setup
Hot-Swappable Plug-In Design
Microprocessor Linearization
Looptracker® LED for Output
Diagnostic LED
Push to Test
Full Isolation
2-Wire or 3-Wire RTD
Lead Wire Compensation for 3-Wire
Automatic Cold Junction Comp.
T/C Upscale/Downscale Burnout Protection
Uses 8-Pin Socket
|
Data Sheet
Range Settings
Help Sheet
|
|
API 4001 G
Non-Isolated RTD-DC Transmitter
Specify RTD Type, Temp. Range, Output & Power
API 4001 GL
Isolated & Linearized RTD-DC Transmitter
Specify RTD Type, Temp. Range, Output & Power
|
Factory Configured
10 Ω Copper
100 Ω 0.00385α
100 Ω 0.00391α
2000 Ω Ni-Fe
Also available in ºC
-100-300ºF
0-300ºF
0-400ºF
0-500ºF
0-600ºF
0-1000ºF
0-1500ºF
|
Factory Configured
Others available
0-1V
0-5V
1-5V
0-10
±5V
±10V
0-20mA
4-20mA
|
Hot-Swappable Plug-In Design
Looptracker® LEDs for
Input and Output
Push to Test
Full Isolation on 4001 GL
2-Wire or 3-Wire RTD
Lead Wire Compensation for 3-Wire
Optional Linearization on 4001G
Uses 8-Pin Socket
|
Data Sheet
|
|
API 4001 G SA-B
Non-Isolated Differential RTD-DC Transmitter
Specify Temp. Range, Output & Power
|
Factory Configured
100 Ω 0.00385α
|
Factory Configured
Others available
0-1V
0-5V
1-5V
0-10
±5V
±10V
0-20mA
4-20mA
|
Hot-Swappable Plug-In Design
Looptracker® LEDs for
Input and Output
Push to Test
2-Wire or 3-Wire RTD
Lead Wire Compensation for 3-Wire
ΔT from 20F to 900F (10ºC to 500ºC)
Linearized RTD Inputs
Uses 11-Pin Socket
|
Data Sheet
Applications
Monitor & Control Differential Temperature
|
|
API 2000 Series
DuoPak®
Two Channel Isolated Transmitter
| Specify Input Type and Range for Each Channel
Factory Configured
Choose Any Two:
DC voltage or current
AC voltage or current
RTD
Frequency
Potentiometer
Strain Gauge
See data sheet for input specifications and model numbers
| Specify Output Range for Each Channel
Factory Configured
0-1 V,
0-5 V,
1-5 V,
0-10 V
±5 V,
±10 V
0-1 mA,
0-20 mA,
4-20 mA
Others available
| Two Independent Channels
I/O LoopTracker LEDs
Output Test Buttons
Full I/O/Power Isolation
Removable Plugs
DIN Rail or Surface Mount
55 mm Wide
80-265 VAC, 48-300 VDC Power
API 20xx DD for 9-30 VDC,
10-32 VAC Power (+$60) |
Data Sheet
Reference Info
Alarm Terminology
Deadband
Application Examples
Monitor & Control Differential Temperature
Motor Overheating Alarm & Shutdown
Maintain Constant ?T Across a Heat Exchanger
Phase Separator Water Level Control
|
|
T16L Series
(F16LT)
ThermoPro®
Indicating RTD Transmitter
|
Specify RTD Length and Fixed or Spring-Loaded RTD
Temperature Range
–58.0°F to 392.0°F or
–50.0°C to 200.0°C
Selectable °F or °C
See data sheet for model numbers
| 4-20 mA Output is User Configurable Over the Temperature Range
| User-Programmable 4-20 mA
Output Range
0.1 Degree Display Resolution
Precision RTD Element
NEMA 4X Housing
2-Wire Design
Powered by 8-32 VDC 4-20 mA
Current Loop
316 Stainless Steel Probe
1/2" NPT Fitting for Standard
Thermowells
Spring-Loaded Probe for use
with Thermowells |
Data Sheet
Reference Info
Alarm Terminology
Deadband
Application Examples
Monitor & Control Differential Temperature
Motor Overheating Alarm & Shutdown
Maintain Constant ?T Across a Heat Exchanger
Phase Separator Water Level Control
|
|
T16B Series
ThermoPro®
Battery Powered RTD
Temperature Indicator
|
Specify RTD Length and Fixed or Spring-Loaded RTD
Temperature Range
–58.0°F to 392.0°F or
–50.0°C to 200.0°C
Selectable °F or °C
See data sheet for model numbers
| 4-20 mA Output is User Configurable Over the Temperature Range
| User-Programmable 4-20 mA
Output Range
0.1 Degree Display Resolution
Precision RTD Element
NEMA 4X Housing
2-Wire Design
Powered by 8-32 VDC 4-20 mA
Current Loop
316 Stainless Steel Probe
1/2" NPT Fitting for Standard
Thermowells
Spring-Loaded Probe for use
with Thermowells |
Data Sheet
Reference Info
Alarm Terminology
Deadband
Application Examples
Monitor & Control Differential Temperature
Motor Overheating Alarm & Shutdown
Maintain Constant ?T Across a Heat Exchanger
Phase Separator Water Level Control
|
|
T16ADA Series
ThermoPro®
Battery Powered RTD
Temperature Indicator
|
Specify RTD Length and Fixed or Spring-Loaded RTD
Temperature Range
–58.0°F to 392.0°F or
–50.0°C to 200.0°C
Selectable °F or °C
See data sheet for model numbers
| 4-20 mA Output is User Configurable Over the Temperature Range
| User-Programmable 4-20 mA
Output Range
0.1 Degree Display Resolution
Precision RTD Element
NEMA 4X Housing
2-Wire Design
Powered by 8-32 VDC 4-20 mA
Current Loop
316 Stainless Steel Probe
1/2" NPT Fitting for Standard
Thermowells
Spring-Loaded Probe for use
with Thermowells |
Data Sheet
Reference Info
Alarm Terminology
Deadband
Application Examples
Monitor & Control Differential Temperature
Motor Overheating Alarm & Shutdown
Maintain Constant ?T Across a Heat Exchanger
Phase Separator Water Level Control
|
|
|
|
|
|
|
|
|
