MANN SERIES Process alarms PA Series Two-channel modules for alarm monitoring Typical application of PAMA Modules in the PA Series are used for alarm monitoring. They can be configured for a wide variety of industrial signals and feature two alarm outputs. Setpoint values and deadband can be individually adjusted by using a potentiometer. The deadband reduces chatter from the monitoring relay during switching operations. The reset point of the alarm contact is individually adjusted in this case away from the hysteresis (setpoint). In order to generate an alarm in the event of a power outage, the user should select the energized operational status for one or both of the output relays. A high/low-trip switching behaviour can also be set independently for each channel. Power supply V C Relay supply z. B. 30 V AC Alarm Relay channel PA / MA /...0 ma V C... 0 ma Relay channel 1 evel transmitter Valve The following analogue input signals can be processed by the PA Series: temperature (thermocouple and PT100 temperature detector), AC/C currents/voltages, frequencies, measuring potentiometers, differential currents and differential resistances. The housing can be snapped onto a IN TS 35 or TS 3 mounting rail. The pluggable screw connection is located on the front. Technical features: A wide variety of versions available for many types of input signals Two independent alarm channels with relay output E status display Min./max switching coands in any combination igh repetition accuracy eadband/setpoint adjustment on front panel Complete electrical isolation to kv C power supply Pluggable screw-connection mechanism Compact metal housing 1 epending on the 3 individual module 5 6 Not used 7 8 9 - Supply voltage 10 + contacts Alarm channel 1 1 (Relay contacts) contact contacts Alarm channel (Relay contacts) contact ousing PE connection direct on housing
PA Series PAMA Current monitoring 0 ma Analogue signal conditioning For current signals [ma C] ow input impedance Bi-polar input signals on request Supply of active input devices 1 + V Iin 0 V 0V + V I 1 ent input [ma] signal 10 Ω (additional on request) resistance range min./max. ma Offset 0 % of signal range Switching current A @ V C / 0 V AC ead time vom max. Eingangswert Options fset: zero point > signalling range ong-term drift h Current input [ma] - 0 ma @ 10 Ω (additional on request) 10 Ω e 0 μa 500 ma 0 500 % of signal range 3 A @ 0 V AC, 3 A @ V C / 0 V AC V C ± 10 % igh Offset: zero point > signalling range 3 W @ V C tion IN EN 66 s CE; cuusrprovals 1 V C Signal + Signal ata of ousing Clamping range (rating- / min. / max.) of ousing / Weight ength x width x height Current input PAMA -0mA 1 79009 PA Variabel 1 89960000
PA Series PAMV Voltage monitoring 0 10(100) mv For voltage signals [mv C] igh input impedance Bi-polar input signals on request + Vin 0 V 0 V + V V 1 ages ( 100 mv) signal V or 0 100 mv resistance range min./max. Offset h;500 % of signal range Switching current A @ V C / 0 V AC ead time vom max. Eingangswert Options fset: zero point > signalling range ong-term drift h Voltages ( 100 mv) 0 10 mv or 0 100 mv 10 MΩ tance 8 100 mv C ax. 0 500 % of signal range 3 A @ 0 V AC, 3 A @ V C / 0 V AC V C ± 10 % igh Offset: zero point > signalling range 3 W @ V C tion IN EN 66 s CE; cuusr provals Signal + Signal ata of ousing Clamping range (rating- / min. / max.) of ousing / Weight ength x width x height Voltage input Voltage input PAMV 0-100mV 1 79001789 PAMV 0-10mV 1 79001788 PA Variabel 1 89960000
PA Series PACV Voltage monitoring 0 10 V / 1 5 V Analogue signal conditioning For voltage signals [V C] igh input impedance Bi-polar inputs on request Vin 0 V 0V + V V 1 oltage [> 500 mv] signal or 1 5 V (additional on request) resistance 10 V) or 500 kω (1 5 V) range min./max. Offset 0 % of signal range Switching current A @ V C / 0 V AC ead time vom max. Eingangswert Options fset: zero point > signal range igh voltage: for ranges > 60 V ong-term drift h C voltage [> 500 mv] 0 10 V or 1 5 V (additional on request) 1 MΩ (0 10 V) or 500 kω (1 5 V) 0.1 300 V C ax. 0 500 % of signal range 3 A @ 0 V AC, 3 A @ V C / 0 V AC V C ± 10 % igh offset: zero point > signal range igh voltage: for ranges > 60 V 3 W @ V C tion IN EN 66 s CE; cuusr provals Signal + Signal ata of ousing Clamping range (rating- / min. / max.) of ousing / Weight ength x width x height Voltage input Voltage input PACV 0-10V 1 7900718 PACV 1-5V 1 79001970 PA Variabel 1 89960000
PA Series PAAVX Voltage monitoring 0 50 V AC For voltage signals [V AC] igh input impedance 0 V + V Accuracy Class 0.5 Vin Vin Uac nung [AC] frequency range resistance signal (additional on request) range min./max. Offset 0 % of signal range Switching current A @ V C / 0 V AC ead time vom max. Eingangswert Options fset: offset > signalling range igh Voltage: input voltage > 60 V AC Tolerance class Voltages [AC] 7 63 z range > 1 MΩ ance 0 50 V AC (additional on request) 8 mv 50 V AC. 0 500 % of signal range typ. 0 ms sponse time 3 A @ 0 V AC, 3 A @ V C / 0 V AC V C ± 10 % igh Offset: offset > signalling range igh Voltage: input voltage > 60 V AC 3 W @ V C tion 0.5 erance class IN EN 66 s CE; cuus AC Voltage AC Voltage ata of ousing Clamping range (rating- / min. / max.) of ousing / Weight ength x width x height Voltage input PAAVX 0-15Vac 1 79001787 PA Variabel 1 89960000
PA Series PART Temperature monitoring (RT) Analogue signal conditioning For temperature signals [ C] - or 3-wire connection 0 V + V Automatic cable-length compensation A 3 B BSENSE J 1 0 -/3-wire Interference characteristic Sensor current Switching current A @ V C / 0 V AC ead time vom max. Eingangswert Cable-length compensation reduces the influence of conductor resistance by a factor of 100. ong-term drift h PT100 -/3-wire igh Alarm ce characteristic 0.5 ma current 3 A @ 0 V AC, 3 A @ V C / 0 V AC Cable-length compensation reduces the influence of conductor resistance by a factor of 100. V C ± 10 % 3 W @ V C tion IN EN 66 s CE; cuus A 3 B B-Sense ata of ousing Clamping range (rating- / min. / max.) of ousing / Weight ength x width x height Temperature converter Temperature converter Temperature converter PART 0-100C 1 7900900 PART 0-00C 1 79001785 PART 0-50C 1 79001
PA Series PATCX Temperature monitoring (thermal converter) For all standard thermocouples Automatic cold-junction compensation 0 V + V Wire-break recognition can be set + 3 _ J 1 moelement signal 1000 C ) (additional on request) resistance Interference characteristic Switching current A @ V C / 0 V AC ead time vom max. Eingangswert Cold-junction compensation Options eak recognition: igh Alarm / ow Alarm ong-term drift h Thermocouple K (0 1000 C ) (additional on request) 10 MΩ tance igh oder ow Alarm teristic 3 A @ 0 V AC, 3 A @ V C / 0 V AC Automaticallyon compensation Wire-break recognition: igh Alarm / ow Alarm V C ± 10 % 3 W @ V C tion IN EN 66 s CE; cuusr provals Signal + Signal ata of ousing Clamping range (rating- / min. / max.) of ousing / Weight ength x width x height Temperature converter PATCX K/0-1000C 1 790017853 PA Variabel 1 89960000
PA Series PAPOT Position monitoring Analogue signal conditioning Position detection Potentiometer and loop input 0 V + V 3 B (100%) A (0%) J 1 nductor partial-voltage meter or measuring conductor signal.1 MΩ (percent of potentiometer range) Switching current A @ V C / 0 V AC ead time vom max. Eingangswert ong-term drift h 3-conductor partial-voltage meter or measuring conductor 10 Ω 1 MΩ (percent of potentiometer range) 3 A @ 0 V AC, 3 A @ V C / 0 V AC V C ± 10 % 3 W @ V C tion IN EN 66 s CE; cuusrprovals Wiper 3 B A ata of ousing Clamping range (rating- / min. / max.) of ousing / Weight ength x width x height Resistor input Resistor input PAPOT 10KM/0-100% 1 790017851 PAPOT 1KM/0-100% 1 790017850 PA Variabel 1 89960000
PA Series PARES Resistance monitoring -wire input 0 V + V A B J 1 re resistance signal a; (0 Ω 100 kω on request) Switching current A @ V C / 0 V AC ead time vom max. Eingangswert ong-term drift h -wire resistance 0 1 kω (0 Ω 100 kω on request) 3 A @ 0 V AC, 3 A @ V C / 0 V AC V C ± 10 % 3 W @ V C tion IN EN 66 s CE; cuusrprovals A B ata of ousing Clamping range (rating- / min. / max.) of ousing / Weight ength x width x height Resistor input PARES 0-1KM 1 790017917 PA Variabel 1 89960000
PA Series PAMAS Monitoring of residual current Analogue signal conditioning Residual current measuring Monitoring of two current signals 0 V + V + 3 + Iin (A) Iin (B) 0 V I 1 rrent inputs [ma] signal A (additional upon request) resistance Switching current A @ V C / 0 V AC ead time vom max. Eingangswert Transmit function ong-term drift h current inputs [ma] 0 ma (additional upon request) 10 Ω stance 3 A @ 0 V AC, 3 A @ V C / 0 V AC output x A-B ction V C ± 10 % 3 W @ V C tion IN EN 66 s CE; cuusr provals Signal A+ 3 Signal B+ Signal ata of ousing Clamping range (rating- / min. / max.) of ousing / Weight ength x width x height Current input PAMAS -0mA 1 7900 PA Variabel 1 89960000
PA Series PART Resistance monitoring Residual current measuring Monitoring of two resistance values 3 0 V + V J 1 Widerstände R1 und R in -raht Konfiguration mit R1 > R signal range min./max. 100 kω Reference resistance ffset Switching current A @ V C / 0 V AC ead time vom max. Eingangswert Transmit function Options fset: offset > signalling range ong-term drift h Two resistance R1 and R in -wire configuration with R1 > R signal (R1-R) 0 Ω 100 kω 0 1000% of input offset 3 A @ 0 V AC, 3 A @ V C / 0 V AC output x R1-R ion igh Offset: offset > signalling range V C ± 10 % 3 W @ V C tion IN EN 66 s CE; cuusr provals R 1 3 R ata of ousing Clamping range (rating- / min. / max.) of ousing / Weight ength x width x height Resistor input PART 00M0-0M 1 790017919 PA Variabel 1 89960000