The Falcon SSG-RP Ultrawide Temperature Industrial UPS provides dependable, true on-line protection from -30°C to +65°C, agency-certified (UL, cUL, CE) with UL 508 for 120V models. Extreme-temperature batteries (-40°C to +80°C, 10-year life at 25°C) cut maintenance while expandable battery banks deliver minutes to hours of runtime. Options such as NEMA 3R enclosures, remote management, environmental monitoring, and relay cards enable flexible integration for harsh, mission-critical sites.
Operates reliably from -30°C to +65°C (agency-certified UL 1778, cUL, CE; UL 508 on 120V models) for ultra-wide temperature environments.
Flexible Run time
Expandable external battery banks deliver backup from minutes to hours; multiple-bank configurations and an optional 40Ah long-runtime bank are available.
True On-line Industrial Design
Double-conversion online topology with robust components; tight output control (±2% regulation, ±0.3% frequency stability on battery), low THD, surge suppression, and zero transfer time for mission-critical load.
Extreme-temperature VRLA batteries (rated -40°C to +80°C, 10-year life at 25°C) plus hot-swappable, user-replaceable packs reduce maintenance and downtime.
Compare a Standard UPS to a Falcon UPS products
Feature
Standard UPS
SSG-RP (Ultra-wide Temp)
SSG-RP-H (Extreme-Temp)
SSG (Wide-temp)
Operating Temperature Range
Commonly -20°C to +50°C (often needs enclosure heaters/coolers to sustain extremes); ranges vary by model.
-30°C to +65°C
-40°C to +70°C
-20°C to +55°C
UPS Design
Standby or line interactive topologies provide minimal level of protection against power problems. Not designed for critical applications.
True on-line (double-conversion) industrial
True on-line (double-conversion) industrial
True on-line (double-conversion) industrial
Battery Life
Typical VRLA ~3–5 years at 25°C; elevated temps shorten life significantly.
10-year at 25°C
10-year at 25°C (extreme-temp VRLA)
12-year at 25°C (≈4-year at 50°C)
Battery Runtime
Often limited to internal packs; some models allow add-on banks, but expansion depth and documentation vary.
1.5 kVA: 12.5 / 28 min; up to 100 / 200 min with four ext. banks
1.5 kVA: 12.5 / 29 min (full/half); up to 98 / 200 min with four ext. banks
Usually USB or RS-232 and sometimes SNMP; outdoor NEMA enclosures available on select lines; industrial I/O (dry contacts, REPO, maintenance bypass) not always standard.
Usually USB or RS-232 and sometimes SNMP; outdoor NEMA enclosures available on select lines; industrial I/O (dry contacts, REPO, maintenance bypass) not always standard.
Introduction Many people associate uninterruptible power supply (UPS) usage as a device in an environmentally-controlled location, quietly ready to protect against any power problems. Yet, using a UPS in an
Our last blog addressed when an Industrial UPS is required in an indoor application. This blog discusses industrial UPS systems for outdoor applications and what options Falcon offers. A typical
A typical UPS installed in a controlled environment such as a server room or office is not likely to be exposed to temperature variations, severe power disruption or airborne contaminants.
Facilities with automation, robotics, and heavy machinery.
Solar, wind, and energy storage systems.
Networks delivering voice, data, and internet services.
Facilities housing servers and network hardware.
Railways, airports, tolling stations, and control systems.
Operations include drilling, refining, and pipeline control systems.
