Home
Manta
Test Equipment
MTS-1700 SERIES
Manta MTS-1700 SERIES User Manual
4
of 1
of 1 rating
350 pages
Give review
Manual
Specs
To Next Page
To Next Page
Loading...
Manta T
est Systems Incor
porated
4060B Sl
adeview Crescent, Unit #1
Mississaug
a, Ontario, L5L 5Y5, Canada
T
el: +1(905
) 828-6469 Fax: +1(905)
828-6850
e-
mail:
support@
mantates
t.c
om Int
ernet: http
://www
.
m
antate
st.com
MTS-17
00 SERIE
S
ADV
ANCED UNI
VERSAL
PROT
ECTIVE
REL
A
Y TE
ST SYST
EM
OPERA
TION AND RE
FERENCE MANU
AL
Fifteenth Editi
on
February 2003
2
Table of Contents
Table of Contents
3
Figure Title Page/Number Number
25
Figure Title Page
26
Number Number
26
Introduction
31
Distinctive Characteristics
31
General Description
31
Mts-1700 System
32
Applications
33
Standard Applications
33
Fault Playback Applications
33
Terminology
34
Static Relay Testing
34
Dynamic Relay Testing
34
Fault Playback
34
On-Panel Testing
34
Technical Support
35
Safety Considerations
35
Limited Product Warranties
36
Hardware
36
Software & Firmware
36
Separate Extended Warranty for Hardware Products
36
Exclusion of Other Warranties
37
Extension of Warranty
37
Specifications
39
Inputs
39
Outputs
39
Metering
40
Computed Measurements
41
Static/Dynamic Testing Capabilities
41
Fault Playback
41
Rs-232C Interface
42
Application Software
42
Options
42
Additional Standard Features
43
Physical Characteristics
43
Operation Summary
45
Front Panel Layout
45
Rear Panel Layout
49
Basic Applications
51
Getting Started
51
Mode/Menu Display
51
Safety & Other Precautions
52
Safety
52
Isolation
52
Protection
52
Precautions
52
Making Basic Adjustments
52
Generalized Setup Procedure
53
References
54
Overcurrent Relay Test
55
Setup
55
Overcurrent Relay Test Setup
55
Minimum Pickup Test
56
Inverse-Time Characteristic Test
56
Instantaneous Element Test
56
Overcurrent Relay Target/Seal-In Test Setup
57
Target/Seal-In Test
58
Voltage Relay Test
59
Pickup Test
59
Voltage Relay Test Setup
59
Timing Test
60
Target/Seal-In Test
60
1-Φ Impedance Relay/Directional Overcurrent Relay Test
61
Connections for Voltage Relay Target/Seal-In Test
61
Reach/Minimum Pickup Test
62
Mta Test
63
Operate Time Test
63
Target/Seal-In Test
63
Voltage Restrained Overcurrent Relay Test
63
Minimum Pickup Test
64
Operate Time Test
64
Target/Seal-In Test
64
3-Φ Impedance Relay Test
64
Preparation
65
Reach Test
66
Mta Test
66
Example
66
Operate Time Test
67
Switch-Onto-Fault Test
67
Current Supervision Test
67
Permissive Trip Test
68
Testing Signal Send/Carrier Send Output
69
Differential Relay - Three-Terminal Type
70
Minimum Pickup Test
70
Connections for Three-Terminal Current Differential Relays
70
Slope Test
71
Operate Time Test
71
Harmonic Restraint Test
71
Instantaneous Test
72
Instantaneous Test for Three-Terminal Current Differential Relays
72
Target/Seal-In Test
73
Differential Relay - Independent Coil Type
74
Current-Operated Target Test - Three-Terminal Type Diff'l Relay
74
Minimum Pickup Test
75
Slope Test
75
Operate Time Test
76
Harmonic Restraint Test
76
Instantaneous Test
76
Target Test
76
Synchronizing/Reclosing or Synchrocheck Relay
76
Phase Angle Limit Test
77
Synchronizing Relay Test
77
Voltage Limit Test
78
Slip Frequency Limit Test
78
Breaker Advance Time Check
78
Synchronizing Elements with Positive Sequence Voltage Supervision
78
Ground Fault Overvoltage Relay
79
Connections for Synchronizing Elements with Positive Sequence Voltage Supervision
79
Setup
80
Ground Fault Overvoltage Relay
80
Overvoltage Pickup Test
81
Overvoltage Timing Test
81
3Rd Harmonic Undervoltage Test
81
Undervoltage Inhibit Test
81
Frequency Relay Test
82
Pickup Test
82
Timing Test
82
Target/Seal-In Test
83
Undervoltage Inhibit Test
83
Frequency Rate-Of-Change Test
83
DC Auxiliary/Time-Delay Relay Test
84
Pickup Test
84
Simple Frequency Rate-Of-Change Tests
84
Pickup Timing Test
85
DC Auxiliary/Time-Delay Relay Pickup Test
85
Dropout Timing Test
86
Settings Map
86
DC Auxiliary/Time-Delay Relay Timing Test
86
General Hints on Manual Use
88
Detailed Operation
91
Fault States
91
Operation Modes
91
Static Operation Mode
91
Dynamic Operation Mode
92
Fault State Diagram for Dynamic Operation Mode
92
Fault State Diagram for Static Operation Mode
92
Blinking Indicators in Dynamic Mode
93
Characteristics of Fault States
93
Output Levels
95
Example Output Sequence (Prefault off & Postfault On)
95
Example Output Sequence (Prefault on & Postfault Off)
96
Example Output Sequence (Prefault on & Postfault On)
96
Trigger/Timer Operation
97
Start Trigger
97
Stop Trigger
97
Example Output Sequence (Prefault off & Postfault On)
97
Reset
98
External Start Trigger Inputs
98
External Stop Trigger Inputs
98
Trigger Threshold Levels
99
Four-Wire Timing Measurement
99
Two-Wire Pulse Timing
100
Timing in Cycles
100
Two-Wire Pulse Timing Connections
100
Testing SCR Output Type Relays
101
Current Modes
102
I1-LOW Current Mode
103
I3 Current Mode
104
I3-WYE Current Mode
104
Il-HIGH Current Mode
104
Basic Adjustments
105
I1 & I2 Current Mode
105
Special Notes
106
Proper & Improper Current Output Connections in I1&I2 Current Mode
107
HARMONIC Current Mode
108
Sum of Fundamental Frequency Current of 60Hz with 50% Harmonic
109
Pure Harmonic - Basic Adjustment
110
Definition
111
DC Amps - Basic Adjustment
112
Applications
113
Disabling of Voltage C in Special Current Modes
113
I4-DC Current Mode
113
Special Notes
113
Fault Current Preset Feature
114
I3-PARALLEL Current Mode
114
Output Capability
114
Paralleling with One Mts-1710, Plus One Mts-1720
115
Selecting I3-Parallel Current Mode
115
PARALLELING of TWO MTS-1710S
116
Single Phase Load
116
Three Phase Connection
117
Paralleling of Two (Mts-1710 + Mts-1720) Systems
118
Single Phase High Current
118
Three Phase High Current
119
Paralleling more than Two (Mts-1710 + Mts-1720) Systems
120
Single Phase High Current
120
Systems Single Phase Load
120
Systems Three Phase Load
121
Three Phase High Current
121
Fault Current Preset in the I3-Parallel Current Mode
122
Impedance and Power Display in I3-Parallel Current Mode
122
Operation in I3-Parallel Current Mode
122
Setting and Displaying Current in the I3-Parallel Current Mode
122
Disabled Functions in I3-Parallel Current Mode
123
Fault Modes
123
Voltage Adjustment in Various Fault Modes
123
Fault Type
124
N Fault Type
124
Φ-N Fault Type
124
Φ-Φ Fault Type
124
Fault Simulation Examples
125
Single-Phase-To-Ground Fault Example
125
Single-Phase Overvoltage Example
125
Phase-To-Phase Fault Example
125
Three-Phase-To-Ground Fault Example
126
Three-Phase-Overvoltage Fault Example
126
Two-Phase-To-Ground Fault Example
126
Voltage Adjustment with Unbalanced Systems
126
Phase Angle Control
127
Basic Adjustments
127
Interpretation of Phase Angle Display and Fault Mode Selection
127
In I1-Low, I1-High & I3 Current Modes
128
I3-Wye Current Mode
129
Adjusting Prefault, Fault and Postfault Phase Angle
129
Special Notes
129
Monitor Voltage
130
Frequency Control
130
Frequency Reference Modes
130
Line Frequency Reference Mode
130
Variable Frequency Reference Mode
131
Harmonic Generation
131
Dynamic Frequency Testing
131
Multi-System Synchronization
132
Connection Method
132
Control of Frequency and Phase Angle When Using Multi-System Synchronization
133
Use of the Multi-System Sync Capability for Testing Pilot-Wire Relay Systems
134
External Frequency Reference
135
Audible Tone
136
Adjusting Postfault Values
137
Warning Annunciators
137
DC Voltage Control
139
Advanced Operation
141
Menu Operation
141
Basic Usage
141
Mts-1710 Menu Tree
142
Mts-1710 Settings Sub-Menu Tree
143
Special Notes
144
Ramping & Fault Duration
144
Programming Ramp/Duration Settings
145
Basic Ramp/Duration Sequences
146
Other Ramp/Duration Sequences
147
Voltage Ramp & Fault Duration
148
Current Ramping & Fault Duration
148
Current Duration
148
Remote-End-Trip-Simulation
148
Frequency Ramping
148
Phase Ramping
149
Effects on Other Operations
149
Clearing Ramp and Duration Settings
149
Programming Durations
150
Example Applications of Ramp and Fault Duration Features
150
Timer Control
152
Internal Start Timer Mode
152
External Start Timer Mode
153
DC Auxiliary Relay Timing Test
154
Special Application of the External Start Timer Mode
155
Fault Incidence Angle Control
156
Synchronizing Mode
157
Operation
157
Phase Measurement in Synchronizing Mode
157
Measurement of Circuit Breaker Advance Time
157
Phase Sequence
158
Dynamic Measurement Mode
158
Default Settings
159
Restoring Default Settings
159
Primary Default Settings
159
Other Default Settings
160
Warning Tone
160
Display Control Features
160
Default Mode Display
160
Multiple Readings Display
161
Ratio Display Modes
161
Impedance Displays
161
Z1 Gnd Display
161
Automatic Impedance Display Selection
163
Automatic Resistance Display Selection
163
Automatic Reactance Display Selection
163
Current Ratio Display
164
Percent Slope Display
164
I1-I2|÷((I1+I2)÷2) Formula
164
I2÷((2I1+I2)÷2) Formula
164
I1 & I2 Ct Taps for Current Ratio Displays
165
Volts-Per-Hertz Ratio Display
165
Power Display Modes
165
Advanced Postfault Features
165
Breaker Time
165
Auto-Reclose Simulation
165
Auto-Reclose Time Delay
165
Reclose into Fault
166
Trip Type
167
PT Location
168
Examples
169
Phase Adjustment Mode
170
Normal Phase Adjustment Mode
170
Individual Phase Adjustment Modes
171
Menu Control of Individual Phase
172
I2-HARMONIC Current Mode Individual Phase Adjustment
173
I1&I2 Current Mode Individual Phase Adjustment
174
I3 Current Mode Individual Phase Adjustment
175
I3-WYE Current Mode Individual Phase Adjustment
176
Non-Menu Control of Individual Phase
178
Viewing Phase Settings
180
Special Notes
181
Example - Use of Individual Phase Adjust for Synchronizing Device Testing
181
Phase Angle Limit Test
181
Voltage Limit Test
182
25Hz FREQUENCY REFERENCE MODE
182
Phase Measurement Features
182
Phase Measurement Speed
182
Reverse Angle Display
182
Phase Angle Measurement Reference
183
Aux Contact Output Arrangement
184
Normally Open/Normally Closed Arrangement
184
Breaker Simulation 52A/52B
185
Permissive & Unblock Signal Simulation
185
Auxiliary Contact Delay
186
Phase Reversal Function
186
RS-232C Interface
187
Rs-232C Connection
187
Interface Specifications
187
RS-232C Connector Pin Assignments
187
Com1 Port
187
Com2 Port
188
Command Descriptions
189
Control Mode Programming
189
Fault State Control
189
Fault Mode Control
191
Operation Mode Control
191
Voltage Programming
191
Commands
191
Examples
193
Current Control
195
Current Control Commands
195
Commands Used in I3-Wye Current Mode
198
Examples
199
Phase Control
200
Commands
200
Examples
201
Frequency Control/Programming
202
Commands
202
Examples
203
Control
205
Timer & Tone Control
206
Display/Print Commands
206
Clock/Calender Control
208
Fault Playback Commands
209
Commands - 8 Bit Data
209
Commands - 14 Bit Data
209
Programmable Waveform Commands
210
Commands
210
Definition
210
Usage
211
Example - 8 Bit Data
211
Example - 14 Bit Data
212
DC Voltage Control
214
COM2 Interface Commands
214
Other Commands
216
Relationship between Manual Settings and Rs-232C Commands
221
Command Repeat Facility
221
Command Summary
222
Control Mode Programming
222
Fault State Control
222
Operation Mode Control
222
Fault Mode Control
222
Voltage Programming
222
Current Control
223
Phase Control
223
Frequency Control/Programming
223
Control
223
Timer & Tone Control
224
Display/Print Commands
224
Clock/Calender Control
224
Fault Playback & Programmable Waveform Commands
224
Commands for 8-Bit Fault Playback
224
Commands for 14-Bit Fault Playback
225
Programmable Waveform Commands
225
Individual Phase & Amplitude Programming Commands
225
DC Voltage Control Commands
225
COM2 Interface Commands
225
Other Commands
225
Individual Phase and Amplitude Programming
226
Programming Hints
226
Programming Individual Phase/Amplitude for the MTS-1710
227
Individual Phase/Amplitude Settings Map
228
Individual Phase Programming Commands
228
Individual Amplitude Programming Commands
228
Examples
230
Special Notes
232
Programming Individual Phase/Amplitude for the MTS-1710 + MTS-1720
232
Individual Amplitude Programming Commands
234
Examples
235
Special Notes
236
Fault Playback
237
Fault Playback Modes
237
Internal Data Mode
237
Specifications
237
Example for Mts-1710 Only - 8 Bit
238
Example for the Mts-1710+Mts-1720 - 8 Bit
239
Example for the Mts-1710+Mts-1720 - 14 Bit
241
Determining Playback Data Values - 8 Bit
242
External Data Mode
238
Fault Data Format
238
General Data Format
238
Internal Data Repetitive Mode
238
Determining Playback Data Values - 14 Bit
243
Fault Playback in I3-Parallel Current Mode
244
Sample Rate & Anti-Alias Filter
244
MTS-1710 Only
245
Mts-1710+Mts-1720
245
Required Settings for Fault Playback
245
Fault State
246
Operation in Various Fault Modes
246
Playback of Digital Channels
246
Postfault State
246
Prefault State
246
Connections
247
External Data Mode Usage
247
General Procedure
247
Fuse Replacement
249
Mains Input Fuse
249
COMM Port Picofuse
249
Firmware Upgrade
249
Lamp Replacement
249
Generation Calibration
250
Applications
250
AC Current I1 Generation Calibration
251
AC Voltage Generation Calibration
251
AC Current I3 Generation Calibration
252
VDC Voltage Generation Calibration
252
Measurement Calibration
253
AC Current (I1) Measurement Calibration
254
AC Voltage Measurement Calibration
254
AC Current (I1-HIGH) Measurement Calibration
255
AC Current I3 Measurement Calibration ( Φ -N Values)
256
DC Current Measurement Calibration
256
AC Current (I3) Measurement Calibration (Φ−Φ Values)
258
DC Voltage Measurement Calibration
259
Internal Battery Replacement
260
Power-Up Diagnostic Messages
260
Procedure
260
Time Measurement Verification
260
Led/Lamp Test Function
261
MTS-1720 Two Channel Current Source
263
Inputs
263
Introduction
263
Outputs
263
Specifications
263
Fault Playback
264
Metering
264
Static/Dynamic Testing Capabilities
264
Front Panel Layout
265
Options
265
Physical Characteristics
265
Setup
265
Rear Panel Layout
266
Connections and Power
267
Getting Started
267
Enabling Mts-1720 Output
268
Typical Full Three-Phase Relay Connections
269
Special Notes
271
Precautions
272
Three-Phase Current Operation (I3-Wye Current Mode)
273
Phase-Ground Fault
274
N Fault Type
276
Two-Phase-To-Ground Fault
277
Displayed Quantities
278
Simultaneous AC & DC Currents
279
Testing High Burden Current Differential Relays
281
Use of Impedance Display
282
Application of Advanced Capabilities
283
Configuration Check
283
Control
283
Current Mode Selection
283
Current Programming
284
Examples
284
Fault Playback
287
Firmware Upgrade
287
Mains Input Fuse
287
Servicing
287
Current Output
289
Introduction
289
Measurement Accuracy & Resolution
289
MTS-1750 High Current Source
289
Physical Characteristics
289
Power Supply
289
Protection
289
Specifications
289
Accessories Included
290
Front Panel Layout
290
Interface Connector
290
Setup
290
Rear Panel Layout
291
Connections and Power
292
Operation
292
Enabling Mts-1750 Output
293
Current Adjustment and Display
294
MTS-1720 +MTS-1720 + (3) MTS-1750S Configuration
294
MTS-1750S CONFIGURATION & SINGLE PHASE OUTPUT
295
Current Adjustment and Display
296
MTS-1750S CONFIGURATION & THREE PHASE OUTPUT
297
Current Adjustment and Display
298
Fault Playback with the Mts-1750
299
Operation with the Mts-1710 + Mts-1750 Configuration
294
Programming
294
MTS-1710 + MTS-1720 + MTS-1753 Configuration
304
Enabling Mts-1753 Output
306
Appendix A
307
Applications
307
Electrical Specifications
307
A.1 Features
307
A.4 Physical Specifications
308
Features
307
Command Set Description
309
A.5 Operation
309
Digital Outputs
309
Operation
309
Phase Comparison Output
309
General Commands
310
Interpretation of Logic Values
310
Specifying Values in Digital I/O Commands
310
Digital Input Control
311
Commands
313
Applications
315
A.6.5.2 Examples
316
A.6.6 Phase Comparison Output Programming
317
Digital Output Control
313
Examples
318
A.6.6.2 Examples
318
Command Summary Chart
319
APPENDIX B Power
321
Physical Characteristics
321
Specifications
321
Ordering Information
322
B.3 Ordering Information
322
Front Panel
323
B.4 Front Panel
323
Rear Panel
324
B.5 Rear Panel
324
Channel Assignments and Special Functions
325
Four-Channel Input Module
326
B-4 Configuration Jumpers for Input Sense Levels on Four-Channel Input Modules
327
16-Channel Input Module
328
Connector Pinout
329
B.8.1 Connector Pinout
329
Input Bank Configuration and Numbering
330
Active Input Bank Selection
331
Example Application
331
B-6 Example Connections of Mts-1730 to Sel-121G Distance Relay
332
Mts-1730 Digital Input/Output Signal Conditioner
321
Commands
319
Applications
321
B.1 Specifications
321
Input Channels
321
Output Channels
321
Alphabetical Rs-232 Command Summary
333
Input Threshold Voltage Selection
331
E.1 Introduction
337
E.3.2 Synchroscope Graph
338
E.3.6 Frequency Limit Test
339
Memory Voltage Polarization Tests
347
Trip Duration Tests
350
Appendix C
333
4
Based on 1 rating
Ask a question
Give review
Questions and Answers:
Need help?
Do you have a question about the Manta MTS-1700 SERIES and is the answer not in the manual?
Ask a question
Manta MTS-1700 SERIES Specifications
General
Power Resolution
0.1 dB
Harmonics
≤-30 dBc
Non-harmonic Spurious
≤-60 dBc
Modulation
AM, FM, PM
Interface
USB
Related product manuals
Manta MTS-3000 Series
156 pages
To Next PageTo Next Page
Need help?
General
