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Delta MCS-1800 Specifications Page 64

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NEW!
POWER MONITORING & PROTECTION
974
NEW!
POWER MONITORING & PROTECTION
16
WHEN YOU NEED IT RIGHT, RIGHT NOW, CALL KELE.
kele.com888-397-5353 USA
SURGE PROTECTION CHART
SURGE PROTECTION TECHNOLOGIES
SURGE PROTECTION CHART
SURGE PROTECTION CHART & TECHNOLOGIES
Device Technology
Fuse (F) Fuses are used to suppress high currents by failing open to the protected circuit if other
surge devices fail. Response time is less than one second.
LC Inductive/Capacitive LC passive filter @ 60 Hz.
Thermal Fuse Thermal fuses are used to cut out on high temperatures by failing open to the protected
circuit. Response time is several seconds.
Gas Tube (GT) Gas tubes are used to shunt to ground very high voltages (>300V), such as lightning.
Response time is about 150 milliseconds.
MOV or Varistor Metal oxide varistors (MOV) are used to shunt to ground low to medium voltages
(15-130V) at low current. Typical response time is five nanoseconds.
Zener Diode Zener diodes are used to clip and shunt to ground medium voltages (200V). Typical
response time is less than one nanosecond.
PTC Positive temperature coefficient (PTC) thermistors open the circuit during a surge and
suppress low voltages (8-30V). Typical response time is less than one second.
Avalanche Diode (AD) Silicon avalanche suppression diodes are used to clip and shunt to ground low
or Transorb
TP MOV
to medium voltages (8-30V). Typical response time is less than five nanoseconds.
Thermal Protected MOV
Types of Surges
Lightning Typical rise time of 1-20 microseconds, surge currents 20 kA (20,000A) to 250 kA
Power Fluctuations Typically occur in 20-300 microseconds.
SURGE PROTECTION
POWER AC/DC DDC POINTS
Device
HSP-121BT1RU
FAS-TEL
PC642C-008
PC642C-012
PC642C-015
PC642C-030
392-SVSR2
DTK-RJ11
DTK-2LVLP
DTK-120HW
V130LA1
V39ZA1
1.5KE56CA
DRS-008
DRS-015
DRS-030
DRS-036
Technology
1st/2nd/3rd/4th Stage
MOV, F, LC, MOV
AD, F
GT, AD, PTC
GT, AD, PTC
GT, AD, PTC
GT, AD, PTC
Dual GT
MOV, F
MOV
MOV
MOV
MOV
Transzorb (AD)
GT, AD, PTC
GT, AD, PTC
GT, AD, PTC
GT, AD, PTC
Clamp
Level
315V
300V
8V
12V
15V
30V
300-750V
184-224V
15V or 27V
130V
130V
25V
56V
8V
15V
30V
36V
5V
X
12V
X
24V
X
X
120V
X
X
X
X
DI
X
X
X
X
X
X
AI/AO
X
X
X
X
X
X
DO-24V
Fltg Ctrl
X
X
X
X
X
X
DO-120V
X
X
X
X
RS
232
X
X
X
X
RS
422
X
X
X
X
RS
485
X
X
X
X
Phone
X
Ethernet
X
X
X
X
Arcnet
X
X
X
X
X
Modem
Short Hau
l
X
X
X
X
COMMUNICATION
X-> (model dial in w/ring)
X-> (no ring direct connect)
1. Select a surge protector with a clamping voltage that is higher than the system voltage that is being protected.
2. Apply the "Protection Zone Concept," and keep all grounds inside the protection zone at the same potential. If
different ground potentials are present on electronic equipment, damage will occur regardless of the suppression
used.
3. Protect all electrical and data circuits entering or leaving the protection zone at the protection zone ground win-
dow. Doing this keeps circuits at a safe voltage with respect to the ground window. This safe voltage is the clamp
voltage (let-through voltage) of the respective suppressors.
NOTACINUMMOCSTNIOP CDDCD/CA REWOPNOITCETORP EGRUS
Device
Technology
1st/2nd/3rd/4th Stage
Clamp
Level 5V 12V 24V 36 48 75 120VDI AI/AO
DO-24V
Fltg Ctrl
DO-
120V
RS
232
RS
422 485 Phone EthernetArcnet
Modem
Short Haul
DTK-120SR
XXV061
HSP-121BT1RU
XXV513VOM ,CL ,F ,VOM
FAS-TEL
AD, F 300V X-> (model dial in w/ring)
PC642C-008
GT, AD, PTC8V XX
PC642C-012
XXV21CTP ,DA ,TG
PC642C-015
XV51CTP ,DA ,TG X
PC642C-030
XXXXV03CTP ,DA ,TG
DTK-2MHLP5BWB
XXXXXX8.6
DTK-2MHLP12BWB
XXXXX6.12
DTK-2MHLP24BWB
XXXXX93
DTK-2MHLP36BWB
XXX75
DTK-2MHLP48BWB
XXX67
DTK-2MHLP75BWB
XXX801
392-SVSR2
Dual GT 300-750V XXX XX XXXXXXX XX X
DTK-MRJ11
MOV, F 184-224V X-> (no ring direct connect)
DTK-2LVLP
MOV 15V or 27V XX XX X
DTK-120HW
XXV031VOM
V130LA1
XXV031VOM
V39ZA1 / V47ZA1
XXXXV52VOM
1.5KE56CA
XXXV65)DA( brozsnarT
DRS-008
GT, AD, PTC8V XX
DRS-015
XXXV51CTP ,DA ,TG
DRS-030
XXXXV03CTP ,DA ,TG
DRS-036
XXXXV63CTP ,DA ,TG
AD, GT, F
AD, GT, F
AD, GT, F
AD, GT, F
AD, GT, F
AD, GT, F
TP MOV, LC, Fused MOV
Device Technology
Fuse (F) Fuses are used to suppress high currents by failing open to the protected circuit if other
surge devices fail. Response time is less than one second.
LC Inductive/Capacitive LC passive filter @ 60 Hz.
Thermal Fuse Thermal fuses are used to cut out on high temperatures by failing open to the protected
circuit. Response time is several seconds.
Gas Tube (GT) Gas tubes are used to shunt to ground very high voltages (>300V), such as lightning.
Response time is about 150 milliseconds.
MOV or Varistor Metal oxide varistors (MOV) are used to shunt to ground low to medium voltages
(15-130V) at low current. Typical response time is five nanoseconds.
Zener Diode Zener diodes are used to clip and shunt to ground medium voltages (200V). Typical
response time is less than one nanosecond.
PTC Positive temperature coefficient (PTC) thermistors open the circuit during a surge and
suppress low voltages (8-30V). Typical response time is less than one second.
Avalanche Diode (AD) Silicon avalanche suppression diodes are used to clip and shunt to ground low
or Transorb
TP MOV
to medium voltages (8-30V). Typical response time is less than five nanoseconds.
Thermal Protected MOV
Types of Surges
Lightning Typical rise time of 1-20 microseconds, surge currents 20 kA (20,000A) to 250 kA
Power Fluctuations Typically occur in 20-300 microseconds.
SURGE PROTECTION
POWER AC/DC DDC POINTS
Device
HSP-121BT1RU
FAS-TEL
PC642C-008
PC642C-012
PC642C-015
PC642C-030
392-SVSR2
DTK-RJ11
DTK-2LVLP
DTK-120HW
V130LA1
V39ZA1
1.5KE56CA
DRS-008
DRS-015
DRS-030
DRS-036
Technology
1st/2nd/3rd/4th Stage
MOV, F, LC, MOV
AD, F
GT, AD, PTC
GT, AD, PTC
GT, AD, PTC
GT, AD, PTC
Dual GT
MOV, F
MOV
MOV
MOV
MOV
Transzorb (AD)
GT, AD, PTC
GT, AD, PTC
GT, AD, PTC
GT, AD, PTC
Clamp
Level
315V
300V
8V
12V
15V
30V
300-750V
184-224V
15V or 27V
130V
130V
25V
56V
8V
15V
30V
36V
5V
X
12V
X
24V
X
X
120V
X
X
X
X
DI
X
X
X
X
X
X
AI/AO
X
X
X
X
X
X
DO-24V
Fltg Ctrl
X
X
X
X
X
X
DO-120V
X
X
X
X
RS
232
X
X
X
X
RS
422
X
X
X
X
RS
485
X
X
X
X
Phone
X
Ethernet
X
X
X
X
Arcnet
X
X
X
X
X
Modem
Short Hau
l
X
X
X
X
COMMUNICATION
X-> (model dial in w/ring)
X-> (no ring direct connect)
1. Select a surge protector with a clamping voltage that is higher than the system voltage that is being protected.
2. Apply the "Protection Zone Concept," and keep all grounds inside the protection zone at the same potential. If
different ground potentials are present on electronic equipment, damage will occur regardless of the suppression
used.
3. Protect all electrical and data circuits entering or leaving the protection zone at the protection zone ground win-
dow. Doing this keeps circuits at a safe voltage with respect to the ground window. This safe voltage is the clamp
voltage (let-through voltage) of the respective suppressors.
NOTACINUMMOCSTNIOP CDDCD/CA REWOPNOITCETORP EGRUS
Device
Technology
1st/2nd/3rd/4th Stage
Clamp
Level 5V 12V 24V 36 48 75 120VDI AI/AO
DO-24V
Fltg Ctrl
DO-
120V
RS
232
RS
422 485 Phone EthernetArcnet
Modem
Short Haul
DTK-120SR
XXV061
HSP-121BT1RU
XXV513VOM ,CL ,F ,VOM
FAS-TEL
AD, F 300V X-> (model dial in w/ring)
PC642C-008
GT, AD, PTC8V XX
PC642C-012
XXV21CTP ,DA ,TG
PC642C-015
XV51CTP ,DA ,
TG X
PC642C-030
XXXXV03CTP ,DA ,TG
DTK-2MHLP5BWB
XXXXXX8.6
DTK-2MHLP12BWB
XXXXX6.12
DTK-2MHLP24BWB
XXXXX93
DTK-2MHLP36BWB
XXX75
DTK-2MHLP48BWB
XXX67
DTK-2MHLP75BWB
XXX801
392-SVSR2
Dual GT 300-750V XXX XX XXXXXXX XX X
DTK-MRJ11
MOV, F 184-224V X-> (no ring direct connect)
DTK-2LVLP
MOV 15V or 27V XX XX X
DTK-120HW
XXV031VOM
V130LA1
XXV031VOM
V39ZA1 / V47ZA1
XXXXV52VOM
1.5KE56CA
XXXV65)DA( brozsnarT
DRS-008
GT, AD, PTC8V XX
DRS-015
XXXV51CTP ,DA ,TG
DRS-030
XXXXV03CTP ,DA ,TG
DRS-036
XXXXV63CTP ,DA ,TG
AD, GT, F
AD, GT, F
AD, GT, F
AD, GT, F
AD, GT, F
AD, GT, F
TP MOV, LC, Fused MOV
Device Technology
Fuse (F) Fuses are used to suppress high currents by failing open to the protected circuit if other
surge devices fail. Response time is less than one second.
LC Inductive/Capacitive LC passive filter @ 60 Hz.
Thermal Fuse Thermal fuses are used to cut out on high temperatures by failing open to the protected
circuit. Response time is several seconds.
Gas Tube (GT) Gas tubes are used to shunt to ground very high voltages (>300V), such as lightning.
Response time is about 150 milliseconds.
MOV or Varistor Metal oxide varistors (MOV) are used to shunt to ground low to medium voltages
(15-130V) at low current. Typical response time is five nanoseconds.
Zener Diode Zener diodes are used to clip and shunt to ground medium voltages (200V). Typical
response time is less than one nanosecond.
PTC Positive temperature coefficient (PTC) thermistors open the circuit during a surge and
suppress low voltages (8-30V). Typical response time is less than one second.
Avalanche Diode (AD) Silicon avalanche suppression diodes are used to clip and shunt to ground low
or Transorb
TP MOV
to medium voltages (8-30V). Typical response time is less than five nanoseconds.
Thermal Protected MOV
Types of Surges
Lightning Typical rise time of 1-20 microseconds, surge currents 20 kA (20,000A) to 250 kA
Power Fluctuations Typically occur in 20-300 microseconds.
SURGE PROTECTION
POWER AC/DC DDC POINTS
Device
HSP-121BT1RU
FAS-TEL
PC642C-008
PC642C-012
PC642C-015
PC642C-030
392-SVSR2
DTK-RJ11
DTK-2LVLP
DTK-120HW
V130LA1
V39ZA1
1.5KE56CA
DRS-008
DRS-015
DRS-030
DRS-036
Technology
1st/2nd/3rd/4th Stage
MOV, F, LC, MOV
AD, F
GT, AD, PTC
GT, AD, PTC
GT, AD, PTC
GT, AD, PTC
Dual GT
MOV, F
MOV
MOV
MOV
MOV
Transzorb (AD)
GT, AD, PTC
GT, AD, PTC
GT, AD, PTC
GT, AD, PTC
Clamp
Level
315V
300V
8V
12V
15V
30V
300-750V
184-224V
15V or 27V
130V
130V
25V
56V
8V
15V
30V
36V
5V
X
12V
X
24V
X
X
120V
X
X
X
X
DI
X
X
X
X
X
X
AI/AO
X
X
X
X
X
X
DO-24V
Fltg Ctrl
X
X
X
X
X
X
DO-120V
X
X
X
X
RS
232
X
X
X
X
RS
422
X
X
X
X
RS
485
X
X
X
X
Phone
X
Ethernet
X
X
X
X
Arcnet
X
X
X
X
X
Modem
Short Hau
l
X
X
X
X
COMMUNICATION
X-> (model dial in w/ring)
X-> (no ring direct connect)
1. Select a surge protector with a clamping voltage that is higher than the system voltage that is being protected.
2. Apply the "Protection Zone Concept," and keep all grounds inside the protection zone at the same potential. If
different ground potentials are present on electronic equipment, damage will occur regardless of the suppression
used.
3. Protect all electrical and data circuits entering or leaving the protection zone at the protection zone ground win-
dow. Doing this keeps circuits at a safe voltage with respect to the ground window. This safe voltage is the clamp
voltage (let-through voltage) of the respective suppressors.
NOTACINUMMOCSTNIOP CDDCD/CA REWOPNOITCETORP EGRUS
Device
Technology
1st/2nd/3rd/4th Stage
Clamp
Level 5V 12V 24V 36 48 75 120VDI AI/AO
DO-24V
Fltg Ctrl
DO-
120V
RS
232
RS
422 485 Phone EthernetArcnet
Modem
Short Haul
DTK-120SR
XXV061
HSP-121BT1RU
XXV513VOM ,CL ,F ,VOM
FAS-TEL
AD, F 300V X-> (model dial in w/ring)
PC642C-008
GT, AD, PTC8V XX
PC642C-012
XXV21CTP ,DA ,TG
PC642C-015
XV51CTP ,DA ,TG X
PC642C-030
XXXXV03CTP ,DA ,TG
DTK-2MHLP5BWB
XXXXXX8.6
DTK-2MHLP12BWB
XXXXX6.12
DTK-2MHLP24BWB
XXXXX93
DTK-2MHLP36BWB
XXX75
DTK-2MHLP48BWB
XXX67
DTK-2MHLP75BWB
XXX801
392-SVSR2
Dual GT 300-750V XXX XX XXXXXXX XX X
DTK-MRJ11
MOV, F 184-224V X-> (no ring direct connect)
DTK-2LVLP
MOV 15V or 27V XX XX X
DTK-120HW
XXV031VOM
V130LA1
XXV031VOM
V39ZA1 / V47ZA1
XXXXV52VOM
1.5KE56CA
XXXV65)DA( brozsnarT
DRS-008
GT, AD, PTC8V XX
DRS-015
XXXV51CTP ,DA ,TG
DRS-030
XXXXV03CTP ,DA ,TG
DRS-036
XXXXV63CTP ,DA ,TG
AD, GT, F
AD, GT, F
AD, GT, F
AD, GT, F
AD, GT, F
AD, GT, F
TP MOV, LC, Fused MOV
March 2014
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